Journal articles on the topic 'Degree Discipline: Neuroscience'

Several techniques to assisting in the drug design and discovery stages have been developed during the last several decades. The bulk of these techniques aimed to find novel chemical entities that had the greatest significant interaction with the targeted receptors or enzymes while providing the least degree of risk of unwanted interactions. This approach, on the other hand, is time-consuming and expensive, as it requires the screening of thousands of molecules for biological activity, with only one making it to market. The prodrug strategy, in which the active drug molecule is disguised by a promoiety to change its undesirable characteristics, is one of the most appealing and promising methods. The folate receptor (FR)-targeted systems may also open the path for more advanced drug conjugates, especially because this receptor is now being targeted by a variety of technological innovations, including nanoparticles, small molecules, and protein-based technologies, resulting in a wealth of experience in the discipline.

Phonation is a wonder of physics and physiology. In reductionist terms, the mechanics of the glottis can be viewed as a valve system: the streaming airflow from the lungs is passed through a dynamic and complex structure which is constantly changing aperture and configuration. The resulting pressure waves from air passing through the glottis are ultimately shaped and refined by the vocal tract giving rise to our unique voices. The nuance of this is extraordinary: as we sing and speak the vocal fold configuration is constantly changing in length and degree of contact under pressure conditions which are not always predictable. Yet the folds remain remarkably diligent in their ability to maintain equilibrium throughout these rapid changes. Without such discipline of this mechanism, we wouldn’t be capable of getting stability in any sound. Large, distal muscles of respiration are not designed to regulate such nuance at the millisecond level. So it is left to the larynx and vocal folds to balance the source sound of the system.This installment of “Minding the Gap” will be about how the brain controls this valve element at the center of our instrument: the intricate behaviors of the glottis. Neuroscience has shown that voicing, pitch, and phrasing are all signaled independently through the two laryngeal motor cortices which are a hallmark of our vocal learning abilities. Understanding these elements can help singers and teachers design targeted pedagogical strategies.

Purpose The purpose of this paper is to explore the neuroscience that underpins the psychology of compassion as a competency. The authors explain why this cognitive competency is now taught and assessed on modules of different degree subjects in a UK university. Design/methodology/approach The paper is divided into first, an exploration of recent psychology and neuroscience literature that illuminates the differences, and relationship, between empathy and compassion for safeness building in teams. Within that, the role of oxytocin in achieving social and intellectual rewards though the exercise of cognitive flexibility, working memory and impulsive inhibitory control (Zelazo et al., 2016) is also identified. The literature findings are compared against relevant qualitative data from the above university, so far, nine years of mixed methods action research on compassion-focussed pedagogy (CfP). Findings These are that the concept and practice of embedding compassion as an assessed cognitive competency in university group work is illuminated and rationalised by research findings in neuroscience. Research limitations/implications The limitations of the study are that, so far, fMRI research methods have not been used to investigate student subjects involved in the CfP now in use. Practical implications The paper has implications for theory, policy and practice in relation to managing the increasing amount of group work that accompanies widening participation in higher education (HE). Social implications The social implications of what is outlined in the paper pertain to student mental health, and academic achievement; to policy and practice for HE curriculum design across subjects and disciplines; and for the HE remit to serve the public good. Originality/value A review of this kind specifically for student assessed group and its implications for student academic achievement and mental health has not, apparently, been published.

The article presents the standpoint that naturalistic tendencies in modern science, which are especially expressed in neuroscience, push up social knowledge toward the need to revise its attitudes and norms, which consist in consistent sociocentrism and biophobia, and, hence, a simplified understanding of the phenomenon of “genetic reductionism”. We show that the application of the methods of natural science to social disciplines often marked visible progress and even conceptual breakthroughs in their development. Achievements of modern neuroscience affect a traditional area of social and humanitarian knowledge as political science, which leads to the formation of an independent area of research – political neuroscience. Through the optics of this research, cognitive styles characteristic of individuals and social groups with different value orientations imply the dominance of certain ideological sympathies and antipathies, which attributed to the opposite poles of the ideological scale – liberalism and conservatism. Considerable empirical material allows us to conclude that these ideological positions are exist due to differences in their ontogenetic “foundations”, which allows us to develop I. Kant's ideas about a priorism and transcendentalism in the context of the Kantian research program in contemporary neuroscience. The result of the implementation of this program to the political sphere was the discovery of the genesis of political views, and the demonstration of the peculiarities of their dynamics. They are based on the difference in the activity of certain neural sets, which in their turn are influenced by culture and society, forming an integral system “brain – culture – society”, where each component of which affects other components. Features and changes in the socio-cultural context of the development of an individual or a group of people may have an effect upon the architectonics of the brain and shift, due to its plasticity, of the political views along the scale of ideologies “liberalism – conservatism”. At the same time, carriers of different cognitive styles and, therefore, with a sufficient degree of probability of ideological views, percept the world in which they live in differently, and evaluate its past and possible future in diverse ways.

The purpose of this paper is interdisciplinary research of combinations of different disciplines of (natural) anthropology/neuroscience of consciousness and quantum physics and (social sciences) of financial decision making in the context of climate change and pandemics, which can be useful for finding new information, solving complex problems. The aim of this study is to provide insights into financial decision-making through the intertwining of anthropology/neuroscience and quantum physics in financial decision-making within COVID 19 and climate change and what their relationship/outcomes are. Human consciousness has slipped towards the collapse of convergent crises. Namely, health and climate change are intertwined. The causes of the COVID 19 crisis and climate change are common and their effects are approaching. The climatic situation and COVID-19, a zoonotic disease, are subject to human activity that has led to environmental degradation. Neither the climate crisis nor the zoonotic pandemic was unexpected. They have led to the loss of life that could have been prevented by delayed, insufficient, or wrong actions. Financial decision-making requires harmonizing public health improvements, creating a sustainable economic future, and better protecting remaining natural resources and biodiversity Perhaps in this context financial simplification could be defined as the coexistence of all options with different degrees of potential that we will choose (it is a superposition), other options cease to exist for us when we enter the so-called zero of the desired option (the brain prepares our decisions). The results of the research showed us that COVID 19 and climate change have caused economic risks and uncertainties that have far-reaching and profound implications for financial decision-making as well as the financial services industry and its institutions. Extending tools through anthropology/neuroscience and quantum physics has given us knowledge of the need to connect both the natural and social sciences to understand the complex world around us. Keywords: Anthropology, Neuroscience, Quantum physics, Financial Decision Making.

After decades of being ignored, the concept of beauty, as understood by the non-architect, has recently been making a comeback in architecture, not so much in the practice itself, as in appeals for design solutions that are more human-centered and not dictated by abstract principles. Architectural beauty needs to be evaluated from its effects on human health. This study discusses two diagnostic tools for measuring the degree of architectural “beauty” and presents the results of the pilot application of one of them. The goal is to use diagnostic imaging for evaluations. Analytical elements are introduced from disciplines with which practitioners are normally not familiar, such as artificial intelligence, medicine, neuroscience, visual attention and image-processing software, etc. In addition to the diagnostic tools, this paper ties related ideas on objective beauty into a novel synthesis. These results support the idea of a feasible, “objective” way to evaluate what the users will consider as beautiful, and set the stage for an upcoming larger study that will quantitatively correlate the two methods.

Today, the food sector is characterised with intense competition and continuously becoming more challenging for marketers. When it is realised that 95% of consumers' purchasing decisions are made unconsciously, marketing tools started to target unconscious minds. Combining neuroscience and marketing disciplines, neuromarketing studies found that neuro-stimuli, directly addressing the brain, are influential on consumer perceptions. This study investigates the effects of neuro-stimuli applied on food product poster and packaging on mother-woman and child consumers' brand awareness, quality perceptions and purchase intentions. In the experimental design implemented, a total of 284 subjects composed of women and children are divided into 6 groups, and they were exposed to various degrees of neuro-stimuli in the poster and product packages in order to measure the influence of these stimuli. Findings of the research confirmed that application of neuro-stimuli significantly increased quality perception of women and purchase intentions of both woman and child consumers. Increasing intensity of neuro-stimuli also generated a partially significant influence. Theoretical and managerial implications are provided based on these findings.

The human mind is the mediator of knowledge about the world because no human being has direct knowledge of their surrounding reality. All knowledge is „read and transported” by the brain and nervous system. Regardless of the progressive nature of the research into psychic phenomena, we are still faced with the mystery of what phenomena occur in the brain. The difficulties are mainly due to the interdisciplinary nature of cognitive science. Cognitive science as an interdisciplinary field, which attempts to explore the human mind and find a common area of research to unite all scientific research. Attempts to understand the mind constitute the most interdisciplinary task. Neuroscience is one of the disciplines that make up modern cognitive science. Neurobiology suggests the variety of processes that occur either in individual cells, the brain, and the nervous system, and the human body. Modern studies indicate the possibility of cognition of the brain in order to apply effective teaching and education. How does the brain learn? This question stimulates researchers to interdisciplinary cooperation in order to obtain a satisfactory answer. Recently there have been many new concepts related to research into the brain and methods that allow you to better utilize the potential of the brain in order to undertake a conscious process of self-discovery. The science of the brain is not only a part of medical science or biology but also disciplines such as pedagogy and didactics. The concepts neuroteaching, neurodidactics, and neurotechnologies are new, still relatively unknown, and unused. Reflecting on the conscious changes in the learning process, it is worth looking into the rules of biofeedback and neurofeedback and the possibilities of practically applying EEG biofeedback training, which is becoming a readily available method. Insightful observations of bioelectrical activity of the brain have led to naming multiple correlations between the mental state of individuals, their behavior, and EEG activity. Biofeedback, as a neurotechnological road to self-discovery, allows for the individual functions of the brain and body, previously considered involuntary, to become dependent on our will to a certain degree. Upon obtaining a higher degree of self-awareness, self-regulatory responses develop. Proponents of this method argue that self-regulation will become a major part of health care in the twenty-first century.

Abstract Background A clear understanding of the neural basis of consciousness is fundamental to research in clinical and basic neuroscience disciplines and anesthesia. Recently, decreased efficiency of information integration was suggested as a core network feature of propofol-induced unconsciousness. However, it is unclear whether this finding can be generalized to dexmedetomidine, which has a different molecular target. Methods Dexmedetomidine was administered as a 1-μg/kg bolus over 10 min, followed by a 0.7-μg · kg−1 · h−1 infusion to healthy human volunteers (age range, 18 to 36 yr; n = 15). Resting-state functional magnetic resonance imaging data were acquired during baseline, dexmedetomidine-induced altered arousal, and recovery states. Zero-lag correlations between resting-state functional magnetic resonance imaging signals extracted from 131 brain parcellations were used to construct weighted brain networks. Network efficiency, degree distribution, and node strength were computed using graph analysis. Parcellated brain regions were also mapped to known resting-state networks to study functional connectivity changes. Results Dexmedetomidine significantly reduced the local and global efficiencies of graph theory–derived networks. Dexmedetomidine also reduced the average brain connectivity strength without impairing the degree distribution. Functional connectivity within and between all resting-state networks was modulated by dexmedetomidine. Conclusions Dexmedetomidine is associated with a significant drop in the capacity for efficient information transmission at both the local and global levels. These changes result from reductions in the strength of connectivity and also manifest as reduced within and between resting-state network connectivity. These findings strengthen the hypothesis that conscious processing relies on an efficient system of information transfer in the brain.

A master’s degree program in “new liberal arts” is a great opportunity to strengthen cooperation between art colleges and universities, to promote the construction of product design and digital molding majors, and to promote teaching and research on the “integration” of the theoretical foundations of engineering intelligent manufacturing. To take advantage of cooperative universities’ advantageous disciplines and professional platforms, we should construct new art and emerging interdisciplinary majors, as well as promote the construction and exploration of joint training of doctors and masters in relevant disciplines in the interdisciplinary direction of art and engineering. The foregoing approaches are intended to create a new “art and engineering” model for the establishment of a product design speciality at our university. In order to meet the requirements of “Art & Engineering” advocated by the national new engineering construction, art disciplines have their own inherent rules and characteristics. We should actively create disciplinary and professional characteristics, help universities cooperate with each other in high-quality development, and share and win together, in order to continuously achieve new academic results.

Background:Over the course of the 20th century, neurology and psychiatry diverged and became two separate disciplines. Subsequently, the continuous progress of neurosciences confused their boundaries. However, with ‘the splitting’ and ‘the lumping’ approaches, relevant difficulties remain in targeting clinical and therapeutic goals, when psychiatric signs and symptoms co-occur with neurological diseases.Objective:The study summarize current evidence on psychiatric signs and symptoms comorbid with neurological diseases, with the aim to provide information on diagnostic problems and available therapeutic options.Methods:Finding from searches of publications on ‘PsycInfo’, ‘Medline’, and ‘Science Direct’, from January 1993 to December 2018 (25 years) is summarized in a narrative manner on six main neurological areas: congenital neurological illnesses (n=16), dementias (n=15), basal ganglia diseases (n=30), epilepsy (n=22), strokes/focal brain injuries (n=29), and neurological neoplastic/paraneoplastic diseases (n=15).Results:Clinical phenotypes of psychiatric syndromes are frequently described in neurological studies. Little evidence is provided on the most adequate therapeutic approaches.Conclusion:Psychiatric syndromes in comorbidity with neurological diseases are heterogeneous and severe; evidence-based treatments are scarce. Despite a model supporting an equal approach between psychiatric and neurological syndromes, psychiatric syndromes in neurological diseases have been described, to a relevant degree, as less important, leading to a hierarchical primate of the neurological manifestations, and thus, in our opinion, limiting the systematic studies on psychopharmacological treatments in this area.

Abstract In 2016, we established the year-long Society of Behavioral Medicine (SBM) Mid-Career Leadership Institute. Individuals are often selected for leadership positions without intentional training in needed leadership skills, including strategic planning, building collaborative teams, goal setting, negotiation, and communication. The purpose of the Leadership Institute is to: (a) provide opportunities for mid-career professionals to build and sustain their leadership capacity; (b) create cohorts of connected fellows in behavioral medicine fields, disciplines, and institutions, who can support one another throughout their professional careers; and (c) enhance specific skills needed to navigate the challenges of mid-career. Over the first 4 years of the Institute, 139 fellows have participated, representing 35 states. Most of the fellows hold PhDs (93%) as a terminal degree. This special issue is dedicated to the leadership experiences of fellows, faculty, senior SBM mentors, peer mentors, and executive coaches.

Background Preference for smooth contours occurs for a variety of visual stimuli. However, there are individual differences. Openness to experience, a trait associated with aesthetic appreciation, emotional sensitivity and abstract thinking, correlates with this preference. The evaluation of meaningless stimuli entails automatic associations influenced by knowledge, intellectual interests and individual experiences which are diverse. However, it is difficult to capture this variability in studies restricted to Undergraduate students in Psychology with a prevalence of female participants. Methods Here we examined preference for curvature with 160 undergraduate students in Psychology, Mathematics, Engineering and Computer Science, balanced for gender. Participants viewed abstract shapes varying for contour (angular vs. curved). The shapes presented variations in Vertices (10, 20, 30) and Concavity (30%, 40%, 50%) to increase complexity. Participants rated how much they liked each shape on a 0 (dislike) to 100 (like) scale. Furthermore, because students in pure Science disciplines present autistic-like traits as measured with the Autism Quotient (AQ), and there is evidence that individuals with autism respond positively to edgy abstract shapes, participants also completed the AQ. Results Overall participants preferred curved shapes to angular shapes. We confirmed past research showing that complexity played a key role, with simple shapes with less vertices (10 vertices) being preferred over shapes with larger number of vertices (20 and 30 vertices). Furthermore, simple shapes (10 vertices) were preferred more with more concavities (50%). Importantly, an interaction between academic degree and gender revealed that preference for smooth curvature was stronger for Psychology female participants. Science students scored higher than Psychology students on the AQ. Interestingly, multilevel analyses showed that the variability of AQ traits in the sample did not contribute to this interaction. The results are discussed in relation to theories of preference formation and individual differences.

Interactive digital notebooks provide an opportunity for researchers and educators to carry out data analysis and report the results in a single digital format. Further to just being digital, the format allows for rich content to be created in order to interact with the code and data contained in such a notebook to form an educational narrative. This primer introduces some of the fundamental aspects involved in using Jupyter notebooks in an educational setting for teaching in the bio/health informatics disciplines. We also provide 2 case studies that detail how we used Jupyter notebooks to teach non-coders programming skills on a blended Master’s degree module for a Health Informatics programme and a fully online distance learning unit on Programming for a postgraduate certificate (PG Cert) in Clinical Bioinformatics with a more technical audience.

In this review, we compare methods for temporal sequence learning (TSL) across the disciplines machine-control, classical conditioning, neuronal models for TSL as well as spike-timing-dependent plasticity (STDP). This review introduces the most influential models and focuses on two questions: To what degree are reward-based (e.g., TD learning) and correlation-based (Hebbian) learning related? and How do the different models correspond to possibly underlying biological mechanisms of synaptic plasticity? We first compare the different models in an open-loop condition, where behavioral feedback does not alter the learning. Here we observe that reward-based and correlation-based learning are indeed very similar. Machine control is then used to introduce the problem of closed-loop control (e.g., actor-critic architectures). Here the problem of evaluative (rewards) versus nonevaluative (correlations) feedback from the environment will be discussed, showing that both learning approaches are fundamentally different in the closed-loop condition. In trying to answer the second question, we compare neuronal versions of the different learning architectures to the anatomy of the involved brain structures (basal-ganglia, thalamus, and cortex) and the molecular biophysics of glutamatergic and dopaminergic synapses. Finally, we discuss the different algorithms used to model STDP and compare them to reward-based learning rules. Certain similarities are found in spite of the strongly different timescales. Here we focus on the biophysics of the different calcium-release mechanisms known to be involved in STDP.

With interdisciplinarity being an important characteristic of contemporary product design, the evaluation of design alternatives also involves multiple disciplines, and the evaluator group usually consists of evaluators from different fields and with obvious heterogeneous characteristics. To effectively satisfy the heterogeneous needs of evaluators and improve the credibility of evaluation results, the paper introduces a consensus-reaching approach that incorporates multiple preferences to the evaluation of product design alternatives. First, in order to obtain individual preference information, each evaluator is asked to evaluate all the design alternatives using a preference structure that he/she is familiar with. Second, we use a transfer function to uniform the evaluation information obtained from various preference structures into a complementary judgment matrix. Then, we use the Hybrid Weighted Averaging (HWA) operator weight determination model to aggregate the preference information and obtain the group preference information. Then, we measure the consensus degree between individual evaluators and the group using a consensus measurement method. After that, we use the feedback mechanism to instruct individual evaluators to modify their preferences until a consensus is achieved. We explain the application steps and the feasibility of this approach through the evaluation of the design alternatives of multichannel fluorescence immunochromatography analyzers (MFIAs).

In the last few decades, the algebraic coding theory found widespread applications in various disciplines due to its rich fascinating mathematical structure. Linear codes, the basic codes in coding theory, are significant in data transmission. In this article, the authors’ aim is to enlighten the reader about the role of linear codes in a fuzzy environment. Thus, the reader will be aware of linear codes over lattice valued intuitionistic fuzzy type-3 (LIF-3) R-submodule and α -intuitionistic fuzzy ( α -IF) submodule. The proof that the level set of LIF-3 is contained in the level set of α -IF is given, and it is exclusively employed to define linear codes over α -IF submodule. Further, α -IF cyclic codes are presented along with their fundamental properties. Finally, an application based on genetic code is presented, and it is found that the technique of defining codes over α -IF submodule is entirely applicable in this scenario. More specifically, a mapping from the ℤ 64 module to a lattice L (comprising 64 codons) is considered, and α -IF codes are defined along with the respective degrees.

Downscaling coarse global and regional climate models allows researchers to access weather and climate data at finer temporal and spatial resolution, but there remains a need to compare these models with empirical data sources to assess model accuracy. Here, we validate a widely used software for generating North American downscaled climate data, ClimateNA, with a novel empirical data source, 20th century weather journals kept by Admiralty Island, Alaska homesteader, Allen Hasselborg. Using Hasselborg’s journals, we calculated monthly precipitation and monthly mean of the maximum daily air temperature across the years 1926 to 1954 and compared these to ClimateNA data generated from the Hasselborg homestead location and adjacent areas. To demonstrate the utility and potential implications of this validation for other disciplines such as hydrology, we used an established regression equation to generate time series of 95% low duration flow estimates for the month of August using mean annual precipitation from ClimateNA predictions and Hasselborg data. Across 279 months, we found strong correlation between modeled and observed measurements of monthly precipitation (ρ = 0.74) and monthly mean of the maximum daily air temperature (ρ = 0.98). Monthly precipitation residuals (calculated as ClimateNA data - Hasselborg data) generally demonstrated heteroscedasticity around zero, but a negative trend in residual values starting during the last decade of observations may have been due to a shift to the cold-phase Pacific Decadal Oscillation. Air temperature residuals demonstrated a consistent but small positive bias, with ClimateNA tending to overestimate air temperature relative to Hasselborg’s journals. The degree of correlation between weather patterns observed at the Hasselborg homestead site and ClimateNA data extracted from spatial grid cells across the region varied by wet and dry climate years. Monthly precipitation from both data sources tended to be more similar across a larger area during wet years (mean ρ across grid cells = 0.73) compared to dry years (mean ρ across grid cells = 0.65). The time series of annual 95% low duration flow estimates for the month of August generated using ClimateNA and Hasselborg data were moderately correlated (ρ = 0.55). Our analysis supports previous research in other regions which also found ClimateNA to be a robust source for past climate data estimates.

Mental health and treatment approaches have indeed garnered attention in health care. Treatment approaches have shifted from severe and chronic disorders prevalent in the past to milder disorders. Further, these approaches aid in improving performance, health, happiness, and superiority (1). To this end, new diagnostic systems have been introduced to move away from traditional approaches (i.e., stratified diagnosis and treatment) to a dimensional approach. This shift in attitude may affect major current mental health practices requiring innovative approaches, guidelines, and care to revolutionize mental health. Thus, setting up the clinic of personality modulation was inevitable as it provides educational-therapeutic services in accordance with the most up-to-date diagnostic classification system. It can also promote the growth of mental health. Even healthy people or those who pay attention to their mental growth and development can also benefit from the clinic's services. In a dimensional approach, services are provided for those who fall in the category of difficult code of personality in the new psychiatric divisions of the ICD-11. These services will lead to their personal and professional development.To compensate for the shortcomings of previous classification systems, the ICD-11 has adopted a dimensional approach, a new approach to the classification of personality disorders, in which the focus is primarily on diagnosing and determining the severity of the disease. Moreover, the range of symptoms includes five ranges of traits related to personality disorders. These five domains encompass Negative Affectivity, Detachment, Dissociality, Disinhibition, and Anankastia (2-3). Thierry, Crawford, Mulder, Bleschfeld, Farnam, et al. (4), establishing this dimensional classification, proposed a new diagnosis called personality difficulty. Diagnosis of the personality difficulty is not a psychological disorder in itself. However, it can still be used for the clinical benefit of virtually normal individuals and has been included in the Z-scores of the ICD-11 for Non-Patients. This diagnosis consists of people who are neither typically ill nor have a personality disorder. Rather, these people have problems with life management that causes medical problems and incurs costs for the community and treatment systems (5). The researchers concluded that the proposed changes could aid clinical efficacy in diagnosing the personality disorder and selecting appropriate treatment. In this way, the misconceptions concerning the false label attached to the disorder term can be dispelled (4).Therefore, current psychiatry is moving in a direction with a program not only for patients but also for almost normal people who have problems in their lives or feel that there are some difficulties in developing their personality. One style of psychiatric treatment called cosmetic psychiatry (6) or positive psychiatry (7) has attracted attention among the whole range of psychiatric disciplines. Cosmetic Psychiatry refers to the empowerment and strengthening of people's cognitive, behavioral, and emotional processes who do not suffer from a specific disorder. In other words, the treatment is to improve a person's mental state in the absence of any clinical disorder (8). The development of the ICD-11 has led to innovative approaches which were not available before. The reason for the clinic's foundation lies in the philosophical theories presented by Georg Wilhelm Friedrich Hegel and Sadr al-Muta'allehin Shirazi. They saw soul and psyche as a constantly evolving category. According to their theories, the soul is inherently growing and ascending unless a factor disrupts this process (9). The theoretical foundation of the approaches used in the personality modulation clinic rests on Cloninger's personality theory. This theory is known as the model of temperament and character. Cloninger divides personality into three components: temperament, character, and self-aware psyche. Temperament concerns the genetic and inherited aspect of individuals and has certain biological elements. Character deals with the semantic component of human personality and considers the individual's relationship with himself, others, and the universe. The third component is the self-aware psyche which its definition hinges on the individual's sense of intuition towards his inner abilities (10). Each element has its own characteristics and brain structures. The elements of this model and the treatment strategies presented in Cloninger's theory are employed to regulate the clinical approach in the personality modulation clinic. In this regard, pharmacotherapy and new neuroscience therapies (e.g., Biofeedback, Neurofeedback, and rTMS) are implemented to moderate temperament status and its extreme features, which can worsen the condition by affecting the patient's somatic state and ultimately inhibit Rhythmic growth of self-awareness. Understanding the neurotransmitters involved in the four temperamental traits (i.e., harm avoidance, novelty seeking, reward dependence, and persistence) and the role of neuroscience trends in our context are vital. After identifying and determining the fundamental conflicts related to character traits, pertinent psychodynamic analysis methods and eclectic psychotherapy are used for their treatment. Character aims to identify and remove barriers to the growth of all three components of self-direction, cooperation, and self- Transcendence involved in the relevant conflicts. In this particular treatment, different interventions are regarded for each person commensurate with his/her inner problems and conflicts. To develop the personality of these people, participatory intervention methods are opted. This model combines the training and supervision of a specialized psychiatric team to identify and treat clients' problems. The ultimate aim of this treatment method is to expand self-awareness on the physiological and psychological processes of the mind so that the person becomes more self-aware. Hitherto, no educational-therapeutic program with the objectives of the personality modulation clinic has been introduced and implemented neither in our country nor in the world. Hence, there is a call for a codified and coherent program with regard to the educational-therapeutic course of personality modulation due to lack of evidence. Considering the importance of this field of psychiatry, as described earlier, setting up such a clinic becomes indispensable. Also, finding such a place to get medical care is difficult for people with personality difficulty who feel that their existing personality practices do not match their capacity for growth and development. These people need to receive services with a biopsychosocial approach, although they might receive some degrees of non-specific services. This sort of service is offered to them in psychological clinics. On the other hand, counselors' opinions were based on scattered styles derived from schools of psychoanalysis- they often considered the psychological development of character and lacked a biological component (i.e., biological therapies such as pharmacotherapy and advanced neuroscience techniques used as accelerators). In sum, the clinic was established to adapt mental health services to up-to-date approaches in the country and the region to prevent the progression of personality difficulty to severe psychiatric disorders, increasing self-satisfaction in society, facilitating personal growth, and lowering high medical costs. This clinic was established by the suggestion of the first author in 2016 to combine the existing knowledge in psychotherapy, personology, and psychiatric pharmacotherapy leading to a new solution for people in need of receiving the diagnosis of personality difficulty.In addition, there is a golden opportunity for training skilled psychiatrists and residents in this field to provide services for clients in the future.

Once strictly the domain of medical and graduate education, neuroscience has made its way into the undergraduate curriculum with over 230 colleges and universities now offering a bachelor’s degree in neuroscience. The disciplinary focus on the brain teaches students to apply science to the understanding of human behavior, human interactions, sensation, emotions, and decision making. In this article, we encourage new and existing undergraduate neuroscience programs to envision neuroscience as a broad discipline with the potential to develop competencies suitable for a variety of careers that reach well beyond research and medicine. This article describes our philosophy and illustrates a broad-based undergraduate degree in neuroscience implemented at a major state university, Virginia Tech. We highlight the fact that the research-centered Experimental Neuroscience major is least popular of our four distinct majors, which underscores our philosophy that undergraduate neuroscience can cater to a different audience than traditionally thought.

Electron microscopy (EM)-based synaptology is a fundamental discipline for achieving a complex wiring diagram of the brain. A quantitative understanding of synaptic ultrastructure also serves as a basis to estimate the relative magnitude of synaptic transmission across individual circuits in the brain. Although conventional light microscopic techniques have substantially contributed to our ever-increasing understanding of the morphological characteristics of the putative synaptic junctions, EM is the gold standard for systematic visualization of the synaptic morphology. Furthermore, a complete three-dimensional reconstruction of an individual synaptic profile is required for the precise quantitation of different parameters that shape synaptic transmission. While volumetric imaging of synapses can be routinely obtained from the transmission EM (TEM) imaging of ultrathin sections, it requires an unimaginable amount of effort and time to reconstruct very long segments of dendrites and their spines from the serial section TEM images. The challenges of low throughput EM imaging have been addressed to an appreciable degree by the development of automated EM imaging tools that allow imaging and reconstruction of dendritic segments in a realistic time frame. Here, we review studies that have been instrumental in determining the three-dimensional ultrastructure of synapses. With a particular focus on dendritic spine synapses in the rodent brain, we discuss various key studies that have highlighted the structural diversity of spines, the principles of their organization in the dendrites, their presynaptic wiring patterns, and their activity-dependent structural remodeling.

Abstract: Neurorestorative treatments have been able to improve the quality of life for patients suffering from neurological diseases and damages since the concept of Neurorestoratology was proposed. The discipline of Neurorestoratology focuses to restore impaired neurological functions and/or structures through the varying neurorestorative mechanisms including neurostimulation or neuromodulation, neuroprotection, neuroplasticity, neuroreplacement, loop reconstruction, remyelination, immunoregulation, angiogenesis or revascularization, and others. The neurorestorative strategies of Neurorestoratology include all therapeutic methods which can restore dysfunctions for patients with neurological diseases and improve their quality of life. The Neurorestoratology is different from the regenerative medicine in nervous system, which mainly focuses the neuroregeneration. It also is different from Neurorehabilitation. Neurorestoratology and Neurorehabilitation shares some functional recovering mechanisms, such as neuroplasticity, especially in the early phase of neurological diseases; but generally Neurorehabilitation mainly focuses to recover neurological functions through making the best use of residual neurological functions, replacing lost neurological functions in the largest degree, and preventing and treating varying complications. Recently, there have been more advances in restoring damaged nerves by cell therapy, neurostimulation/ neuromodulation and brain–computer interface (BCI), neurorestorative surgery, neurorestorative pharmaceutics, and other clinic strategies. Simultaneously related therapeutic guidelines and standards are set up in succession. Based on those advances, clinicians should consider injured and degenerated nervous disorders or diseases in the central nervous system as treatable or neurorestorative disorders. Extending and encouraging further neurorestorative explorations and achieving better clinical efficacy with stronger evidence regarding neurorestoratology will shed new light and discover superior benefits for patients with neurological disorders.

AbstractMetacognition comprises both the ability to be aware of one’s cognitive processes (metacognitive knowledge) and to regulate them (metacognitive control). Research in educational sciences has amassed a large body of evidence on the importance of metacognition in learning and academic achievement. More recently, metacognition has been studied from experimental and cognitive neuroscience perspectives. This research has started to identify brain regions that encode metacognitive processes. However, the educational and neuroscience disciplines have largely developed separately with little exchange and communication. In this article, we review the literature on metacognition in educational and cognitive neuroscience and identify entry points for synthesis. We argue that to improve our understanding of metacognition, future research needs to (i) investigate the degree to which different protocols relate to the similar or different metacognitive constructs and processes, (ii) implement experiments to identify neural substrates necessary for metacognition based on protocols used in educational sciences, (iii) study the effects of training metacognitive knowledge in the brain, and (iv) perform developmental research in the metacognitive brain and compare it with the existing developmental literature from educational sciences regarding the domain-generality of metacognition.

The American Psychological Association (APA) separates student learning outcomes into two categories: foundational and baccalaureate. Foundational outcomes are generally built into the lower level course curriculum of the major and typically include an introductory course as well as a methods course (American Psychological Association, 2013). Baccalaureate indicators include specific expectations that a student who does not plan to continue their education needs in order to perform in the field at the completion of the bachelor’s degree (APA, 2013). In 2014, when a programmatic review was conducted on the undergraduate psychology program, a need for change was identified to ensure the program aligned to guidelines set forth by the APA for undergraduate programs. The guidelines help to confirm that students are prepared for a career in the field or graduate school. For this reason, changes to the curriculum included the addition of a foundational course focusing on research, Introduction to Psychological Research and Ethics. To ensure relevancy, a Cognitive Neuroscience course was added to the program. Finally, baccalaureate courses are to incorporate “expectations for performance at the completion of the major” for students who plan to further their education and for those who do not (APA, 2013, p. 4). For this reason, a Professional Capstone Project course was added to the program. With instructor guidance, the capstone course provides students the opportunity to explore and solidify choices post-graduation. This course has been successful; therefore, it has been used as a model to create capstone courses in other disciplines in the college (Freeman, 2012). However, improvements can still be made to ensure that students are prepared to transition to life post-graduation. Keywords: professional capstone, undergraduate, psychology, career preparation

Abstract It is now widely recognised that a positive human-animal relationship is beneficial not only for farm animals’ welfare but also for productivity and the quality of products. A better understanding of animal emotions is an important goal in disciplines ranging from neuroscience to animal welfare science, but few reliable tools exist for measuring these emotions. In this study, whether the provision of toys to solicit play behaviour in pigs is associated with a change in the human-animal relationship and the emotional state of pigs was investigated. We involved a group of sixteen mini-pigs housed in an experimental setting and the use of a preliminary test called the ‘strange person’ test. After a Control and a Play session (with medium-sized dog toys, balls with ropes), the strange person test was performed. During the test, a person wearing a colourful overall, a hood, a mask, gloves and boots (unknown person with an odd appearance) entered the pen, where 2 mini-pigs were housed, for a 2-min video recording. The strange person test results after the Play and Control sessions were compared. The results showed that the latency to approach the person (duration in seconds) and the duration for which the pig was distant from the strange person (duration in seconds) were significantly lower after the Play session than after the Control session (Degrees of Freedom =30; Statistic of the F test =39.1; p < 0.0001 and Degrees of Freedom =15; Statistic of the F test =54.3; p < 0.0001, respectively). The duration of direct contact (duration in seconds) (Degrees of Freedom =15; Statistic of the F test =14.8; p = 0.002), the need to separate the pig from the strange person (frequency) (Degrees of Freedom =30; Statistic of the F test =9.3; p = 0.005) and the duration of tail movement (duration in seconds) (Degrees of Freedom =15; Statistic of the F test =12.6; p = 0.003) were all significantly higher after the Play sessions than after the Control sessions. Overall, the results suggest a change in the human-animal relationship after the Play sessions: the pigs seemed to be less fearful and more inclined to interact with the strange person, showing a more positive emotional state. This preliminary study suggests that the provision of toys, and more precisely, the opportunity to perform object play behaviour, and sometimes, spontaneously, social play behaviour, can improve the human-animal relationship. Additional research to explore this topic thoroughly may yield interesting results because a positive emotional state of the animals and a good human-animal relationship are essential to ensure good quality of life of farm animals.

A central question in the evolution of human language is how it emerged. Based on recent research across disciplines, we identified three processes proposed as potential driving factors behind the evolution of ‘modern’ language phenotype: i) a reduction in reactive aggression entailing a boost in prosociality and cooperation, ii) a change in early brain growth trajectory that impacted structures like the cerebellum and striatum, and thus likely impacted the (procedural) memory circuits these regions support, and iii) a demographic expansion of H. sapiens during the Middle Pleistocene. While extensively researched on their own, the interaction between these three processes has yet to be investigated systematically. We develop an abstract agent-based model to interrogate the relationship between these three factors and how they influence transmission of information within a population, which we take to be the essence of language. The model abstracts linguistic capacity to an ‘array of skills’ and investigates under what conditions the number of skills increases. The results demonstrate that there is an optimal degree of cooperation and memory capacity at which the amount of transmitted information is the highest. Our model also shows that separate linguistic communities arise under circumstances where individuals have high levels of memory capacity and there is at least a certain degree of non-cooperation. In contrast, we find no significant direct effects for population size in the process of linguistic community formation. Taken together, these results highlight the explanatory benefits of combining insights from cognitive science, archaeology, and computational modelling.

Historically, science and medicine have been a great source of inspiration for fiction writers. Mary Shelley, in the 1831 introduction to her novel Frankenstein said she was been inspired, in part, by discussions about scientific experiments, including those of Darwin and Galvani. Shelley states “perhaps a corpse would be re-animated; galvanism had given token of such things: perhaps the component parts of a creature might be manufactured, brought together, and endued with vital warmth” (10). Countless other authors have followed her lead, from H.G. Wells, whose mad scientist Dr Moreau takes a lead from Shelley’s Dr Frankenstein, through to popular contemporary writers of adult fiction, such as Michael Crichton and Kathy Reichs, who have drawn on their scientific and medical backgrounds for their fictional works. Science and medicine themed fiction has also proven popular for younger readers, particularly in dystopian settings. Reichs has extended her writing to include the young adult market with Virals, which combines forensic science with the supernatural. Alison Allen-Grey’s 2009 novel, Lifegame, deals with cloning and organ replacement. Nathan Hobby’s The Fur is based around an environmental disaster where an invasive fungal-fur grows everywhere, including in people’s internal organs. Catherine Jinks’ Piggy in the Middle incorporates genetics and biomedical research into its horror-science fiction plot. Brian Caswell’s young adult novel, Cage of Butterflies uses elements of neuroscience as a plot device. However, although Caswell’s novel found commercial and critical success—it was shortlisted in the 1993 Children’s Book Council of Australia (CBCA) Book of the Year Awards Older Readers and was reprinted several times—neuroscience is a field that writers of young adult fiction tend to either ignore or only refer to on the periphery. This paper will explore how neuroscientific and dystopian elements interact in young adult fiction, focusing on the current trend for neuroscientific elements to be something that adolescent characters are subjected to rather than something they can use as a tool of positive change. It will argue that the time is right for a shift in young adult fiction away from a dystopian world view to one where the teenaged characters can become powerful agents of change. The term “neuroscience” was first coined in the 1960s as a way to hybridise a range of disciplines and sub-disciplines including biophsyics, biology and chemistry (Abi-Rached and Rose). Since then, neuroscience as a field has made huge leaps, particularly in the past two decades with discoveries about the development and growth of the adolescent brain; the dismissal of the nature versus nurture dichotomy; and the acceptance of brain plasticity. Although individual scientists had made discoveries relating to brain plasticity in adult humans as far back as the 1960s, for example, it is less than 10 years since neuroplasticity—the notion that nerve cells in human brains and nervous systems are malleable, and so can be changed or modified by input from the environment—was accepted into mainstream scientific thinking (Doidge). This was a significant change in brain science from the once dominant principle of localisation, which posited that specific brain functions were fixed in a specific area of the brain, and that once damaged, the function associated with a brain area could not improve or recover (Burrell; Kolb and Whishaw; Doidge). Furthermore, up until the late 1990s when neuroscientist Jay Giedd’s studies of adolescent brains showed that the brain’s grey matter, which thickens during childhood, thins during adolescence while the white matter thickens, it was widely accepted the human brain stopped maturing at around the age of twelve (Wallis and Dell). The research of Giedd and others showed that massive changes, including those affecting decision-making abilities, impulse control and skill development, take place in the developing adolescent brain (Carr-Gregg). Thus, within the last fifteen years, two significant discoveries within neuroscience—brain plasticity and the maturation of the adolescent brain­—have had a major impact on the way the brain is viewed and studied. Brian Caswell’s Cage of Butterflies, was published too early to take advantage of these neuroscientific discoveries. Nevertheless the novel includes some specific details about how the brains of a group of children within the story, the Babies, have been altered by febrile convulsions to create an abnormality in their brain anatomy. The abnormality is discovered by a CAT scan (the novel predates the use of fMRI brain scans). Due to their abnormal brain anatomy, the Babies are unable to communicate verbally but can communicate telepathically as a “shared mind” with others outside their small group. It is unlikely Caswell would have been aware of brain plasticity in the early 1990s, nevertheless, in the narrative, older teens are able to slowly understand the Babies by focusing on their telepathic messages until, over time, they can understand them without too much difficulty. Thus Caswell has incorporated neuroscientific elements throughout the plot of his novel and provided some neuroscientific explanation for how the Babies communicate. In recent years, several young adult novels, both speculative and contemporary, have used elements of neuroscience in their narratives; however, these novels tend to put neuroscience on the periphery. Rather than embracing neuroscience as a tool adolescent characters can use for their benefit, as Caswell did, neuroscience is typically something that exists around or is done to the characters; it is an element over which they have no control. These novels are found across several sub-genres of young adult fiction, including science fiction, speculative fiction and contemporary fiction. Most place their narratives in a dystopian world view. The dystopian settings reinforce the idea that the world is a dangerous place to live, and the teenaged characters living in the world of the novels are at the mercy of powerful oppressors. This creates tension within the narrative as the adolescents battle authorities for power. Without the ability to use neuroscientific advantages for their own gain, however, the characters’ power to change their worlds remains in the hands of adult authorities and the teenaged characters ultimately lose the fight to change their world. This lack of agency is evident in several dystopian young adult novels published in recent years, including the Uglies series and to a lesser extent Brain Jack and Dark Angel. Scott Westerfeld’s Uglies series is set in a dystopian future world and uses neuroscientific concepts to both reinforce the power of the ruling regime and give limited agency to the protagonists. In the first book in the series, Uglies, the science supports the narrative where necessary but is always subservient to the action. Westerfeld’s intended the Uglies series to focus on action. Westerfield states “I love a good action sequence, and this series is of full of hoverboard chases, escapes through ancient ruins, and leaps off tall buildings in bungee jackets” (Books). Nevertheless, the brain’s ability to rewire itself—the neuroscientific concept of brain plasticity—is a central idea within the Uglies series. In book one, the protagonist Tally Youngblood is desperate to turn 16 so she can join her friends and become a Pretty. However, she discovers the operation to become a Pretty involves not just plastic surgery to alter her looks: a lesion is inflicted on the brain, giving each Pretty the equivalent of a frontal lobotomy. In the next book, Pretties, Tally has undergone the procedure and then becomes one of the elite Specials, and in the third instalment she eventually rejects her Special status and returns to her true nature. This latter process, one of the characters explains, is possible because Tally has learnt to rewire her brain, and so undo the Pretty operation and the procedure that made her a Special. Thus neuroscientific concepts of brain injury and recovery through brain plasticity are prime plot devices. But the narrative offers no explanations for how Tally and some others have the ability to rewire their brains to undo the Pretty operation while most do not. The apparent complexity of the neuroscience is used as a surface plot device rather than as an element that could be explored to add narrative depth. In contrast, the philosophical implications of recent neuroscientific discoveries, rather than the physical, are explored in another recent young adult novel, Dark Angel. David Klass’ novel, Dark Angel, places recent developments in neuroscience in a contemporary setting to explore the nature of good and evil. It tells the story of 17-year-old Jeff, whose ordinary, small-town life implodes when his older brother, Troy, comes home on parole after serving five years for manslaughter. A school assignment forces Jeff to confront Troy’s complex nature. The science teacher asks his class “where does our growing knowledge of the chemical nature of the brain leave us in terms of... the human soul? When we think, are we really making choices or just following chemical pathways?” (Klass 74). This passage introduces a neuroscientific angle into the plot, and may refer to a case brought before the US Supreme Court in 2005 where the court admitted a brief based on brain scans showing that adolescent brains work differently than adult brains (Madrigal). The protagonist, Jeff, explores the nature of good and evil through this neuroscientific framework as the story's action unfolds, and examines his relationship with Troy, who is described in all his creepiness and vulnerability. Again through the teacher, Klass incorporates trauma and its impact on the brain from a neuroscientific perspective: There are psychiatrists and neurologists doing studies on violent lawbreakers...who are finding that these felons share amazingly similar patterns of abusive childhoods, brain injuries, and psychotic symptoms. (Klass 115)Jeff's story is infused with the fallout of his brother’s violent past and present, yet there is no hint of any trauma in Jeff’s or Troy’s childhoods that could be seen as a cause for Troy’s aberrant behaviour. Thus, although Klass’ novel explores more philosophical aspects of neuroscience, like Westerfeld’s novel, it uses developments in neuroscience as a point of interest. The neuroscience in Dark Angel is not embedded in the story but is a lens through which to view the theme of whether people are born evil or made evil. Brain Jack and Being are another two recent young adult novels that explore physical and philosophical aspects of modern neuroscience to some extent. Technology and its possible neurological effects on the brain, particularly the adolescent brain, is a field of research popularised by English neuroscientist Baroness Susan Greenfield. Brian Falkner’s 2010 release, Brain Jack, explores this branch of neuroscience with its cautionary tale of a hands-free device—a cap with small wires that attach to your head called the neuro-headset­—that allows you to control your computer with your thoughts. As more and more people use the neuro-headset, the avatar designed to help people learn to use the software develops consciousness and its own moral code, destroying anyone who it considers a threat by frying their brains. Like Dark Angel and Uglies, Brain Jack keeps the neuroscience on the periphery as an element over which the characters have little or no control, and details about how the neuro-headset affects the brain of its wearers, and how the avatar develops consciousness, are not explored. Conversely, Kevin Brooks’ novel Being explores the nature of consciousness outside the field of neuroscience. The protagonist, Robert, goes into hospital for a routine procedure and discovers that instead of internal organs, he has some kind of hardware. On the run from authorities who are after him for reasons he does not understand, Robert tries frantically to reconstruct his earliest memories to give him some clue as to who, or what, he really is: if he does not have normal human body parts, is he human? However, whether or not he has a human brain, and the implications of either answer for his consciousness, is never addressed. Thus, although the novels discussed above each incorporate neuroscience to some degree, they do so at a cursory level. In the case of Being this is understandable as neuroscience is never explicitly mentioned; rather it is a possible sub-text implied through the theme of consciousness. In Dark Angel, through the teacher as mouthpiece, neuroscience is offered up as a possible explanation for criminal behaviour, which causes the protagonist to question his beliefs and judgements about his brother. However, in Uglies, and to a lesser extent in Brain Jack, neuroscience is glossed over when more detail may have added extra depth and complexity to the novels. Fast-paced action is a common element in much contemporary young adult fiction, and thus it is possible that Westerfeld and Falkner both chose to sacrifice complexity for the sake of action. In Uglies, it is likely this is the case, given Westerfeld’s love of action sequences and his attention to detail about objects created exclusively for his futuristic world. However, Brain Jack goes into explicit detail about computer hacking. Falkner’s dismissal of the neuroscientific aspects of his plot, which could have added extra interest, most likely stems from his passion for computer science (he studied computer science at university) rather than a distaste for or ignorance of neuroscience. Nevertheless Falkner, Westerfeld, Brooks, and to a lesser extent Klass, have each glossed over a source of potential power that could turn the dystopian worlds of their novels into one where the teenaged protagonists hold the power to make lasting change. In each of these novels, neuroscientific concepts are generally used to support a bleak or dystopian world view. In Uglies, the characters have two choices: a life as a lobotomised Pretty or a life on the run from the authorities, where discovery and capture is a constant threat. The USA represented in Brain Jack descends into civil war, where those unknowingly enslaved by the avatar’s consciousness fight against those who refuse to wear the neuro-headsets. The protagonist in Being lives in hiding from the secret authorities who seek to capture and destroy him. Even in Dark Angel, the neuroscience is not a source of comfort or support for the protagonist, whose life, and that of his family, falls apart as a consequence of his older brother’s criminal actions. It is only in the 1990s novel, Cage of Butterflies, that characters use a neuroscientific advantage to improve their situation. The Babies in Caswell’s Cage of Butterflies are initially victims of their brain abnormality; however, with the help of the teenaged characters, along with two adult characters, they are able to use their “condition” to help create a new life for themselves. Telepathically communicating through their “shared mind,” the Babies coordinate their efforts with the others to escape from the research scientists who threaten their survival. In this way, what starts as a neurological disability is turned into an advantage. Cage of Butterflies illustrates how a young adult novel can incorporate neuroscience into its narrative in a way that offers the young adults agency to make positive changes in their lives. Furthermore, with recent neuroscientific discoveries showing that adolescence is a vital time for brain development and growth, there is potential for neuroscience to be explored as an agent of positive change in a new wave of young adult fiction, one that adopts a non-dystopian (if not optimistic) world view. Dystopian young adult fiction has been enjoying enormous popularity in western publishing in the past few years with series such as Chaos Walking, Hunger Games and Maze Runner trilogies topping bestseller lists. Dystopian fiction’s appeal to young adult audiences, states Westerfeld, is because: Teenagers’ lives are constantly defined by rules, and in response they construct their identities through necessary confrontations with authority, large and small. Imagining a world in which those authorities must be destroyed by any means necessary is one way of expanding that game. ("Teenage Wastelands")Teenagers often find themselves in trouble, and are almost as often like to cause trouble. Placing them in a fictional dystopian world gives them room to fight authority; too often, however, the young adult protagonists are never able to completely escape the world the adults impose upon them. For example, the epilogue of James Dashner’s The Maze Runner tells the reader the surviving group have not escaped the makers of the maze, and their apparent rescuers are part of the same group of adult authorities. Caswell’s neurologically evolved Babies, along with their high IQ teenage counterparts, however, provide a model for how young protagonists can take advantage of neuroscientific discoveries to cause trouble for hostile authorities in their fictional worlds. The power of the brain harnessed by adolescents, alongside their hormonal changes, is by its nature a recipe for trouble: it has the potential to give young people an agency and power adults may fear. In the everyday, lived world, neuroscientific tools are always in the hands of adults; however, there needs to be no such constraint in a fictional world. The superior ability of adolescents to grow the white matter of their brains, for example, could give rise to a range of fictional scenarios where the adolescents could use their brain power to brainwash adults in authority. A teenage neurosurgeon might not work well in a contemporary setting but could be credible in a speculative fiction setting. The number of possible scenarios is endless. More importantly, however, it offers a relatively unexplored avenue for teenaged characters to have agency and power in their fictional worlds. Westerfeld may be right in his assertion that the current popularity of dystopian fiction for young adults is a reaction to the highly monitored and controlled world in which they live ("Teenage Wastelands"). However, an alternative world view, one where the adolescents take control and defeat the adults, is just as valid. Such a scenario has been explored in Cory Doctorow’s For the Win, where marginalised and exploited gamers from Singapore and China band together with an American to form a global union and defeat their oppressors. Doctorow uses online gaming skills, a field of expertise where youth are considered superior to adults, to give his characters power over adults in their world. Similarly, the amazing changes that take place in the adolescent brain are a natural advantage that teenaged characters could utilise, particularly in speculative fiction, to gain power over adults. To imbue adolescent characters with such power has the potential to move young adult fiction beyond the confines of the dystopian novel and open new narrative pathways. The 2011 Bologna Children’s Book Fair supports the view that western-based publishing companies will be looking for more dystopian young adult fiction for the next year or two (Roback). However, within a few years, it is possible that the popularity of zombies, werewolves and vampires—and their dominance of fictional dystopian worlds—will pass or, at least change in their representations. The “next big thing” in young adult fiction could be neuroscience. Moreover, neuroscientific concepts could be incorporated into the standard zombie/vampire/werewolf trope to create yet another hybrid to explore: a zombie virus that mutates to give a new breed of undead creature superior intelligence, for example; or a new cross-breed of werewolf that gives humans the advantages of the canine brain with none of the disadvantages. The capacity and complexity of the human brain is enormous, and thus it offers enormous potential to create exciting young adult fiction that explores new territory, giving the teenaged reader a sense of their own power and natural advantages. In turn, this is bound to give them infinite potential to create fictional trouble. References Abi-Rachedm, Rose. “The Birth of the Neuromolecular Gaze.” History of the Human Sciences 23 (2010): 11-36. Allen-Gray, Alison. Lifegame. Oxford: Oxford UP, 2009. Brooks, Kevin. Being. London: Puffin Books, 2007. Burrell, Brian. Postcards from the Brain Museum. New York: Broadway, 2004. Carr-Gregg, Michael. The Princess Bitchface Syndrome. Melbourne: Penguin Books. 2006. Caswell, Brian. A Cage of Butterflies. Brisbane: University of Queensland Press, 1992. Dashner, James. The Maze Runner. Somerset, United Kingdom: Chicken House, 2010. Doctorow, Cory. For the Win. New York: Tor, 2010. Doidge, Norman. The Brain That Changes Itself. Melbourne: Scribe, 2007. Falkner, Brian. Brain Jack. New York: Random House, 2009. Hobby, Nathan. The Fur. Fremantle: Fremantle Press, 2004. Jinks, Catherine. Piggy in the Middle. Melbourne: Penguin, 1998. Klass, David. Dark Angel. New York: HarperTeen, 2007. Kolb, Bryan, and Ian Whishaw. Fundamentals of Human Neuropscychology, New York, Worth, 2009. Lehrer, Jonah. “The Human Brain Gets a New Map.” The Frontal Cortex. 2011. 10 April 2011 ‹http://www.wired.com/wiredscience/2011/04/the-human-brain-atlas/›. Madrigal, Alexis. “Courtroom First: Brain Scan Used in Murder Sentencing.” Wired. 2009. 16 April 2011 ‹http://www.wired.com/wiredscience/2009/11/brain-scan-murder-sentencing/›. Reichs, Kathy. Virals. London: Young Corgi, 2010. Roback, Diane. “Bologna 2011: Back to Business at a Buoyant Fair.” Publishers Weekly. 2011. 17 April 2011 ‹http://www.publishersweekly.com/pw/by-topic/childrens/childrens-industry-news/article/46698-bologna-2011-back-to-business-at-a-buoyant-fair.html›. Shelley, Mary. Frankenstein. London: Arrow Books, 1973. Wallis, Claudia, and Krystina Dell. “What Makes Teens Tick?” Death Penalty Information Centre. 2004. 10 April 2011 ‹http://www.deathpenaltyinfo.org/what-makes-teens-tick-flood-hormones-sure-also-host-structural-changes-brain-can-those-explain-behav›. Wells, H.G. The Island of Dr Moreau. Melbourne: Penguin, 1896. Westerfeld, Scott. Uglies. New York: Simon Pulse, 2005. ———. Pretties. New York: Simon Pulse, 2005. ———. Specials. New York: Simon Pulse, 2006. ———. Books. 2008. 1 Sep. 2010 ‹http://www.scottwesterfeld.com/author/books.htm›. ———. “Teenage Wastelands: How Dystopian YA Became Publishing’s Next Big Thing.” Tor.com 2011. 17 April 2011 ‹http://www.tor.com/blogs/2011/04/teenage-wastelands-how-dystopian-ya-became-publishings-next-big-thing›.

AbstractScientific editors shape the content of academic journals and set standards for their fields. Yet, the degree to which the gender makeup of editors reflects that of scientists, and the rate at which editors publish in their own journals, are not entirely understood. Here, we use algorithmic tools to infer the gender of 81,000 editors serving more than 1,000 journals and 15 disciplines over five decades. Only 26% of authors in our dataset are women, and we find even fewer women among editors (14%) and editors-in-chief (8%). Career length explains the gender gap among editors, but not editors-in-chief. Moreover, by analysing the publication records of 20,000 editors, we find that 12% publish at least one-fifth, and 6% publish at least one-third, of their papers in the journal they edit. Editors-in-chief tend to self-publish at a higher rate. Finally, compared with women, men have a higher increase in the rate at which they publish in a journal soon after becoming its editor.

Abstract Background Recent advancements in neuroscientific techniques have allowed us to make huge progress in our understanding of memories, and in turn has paved the way for new memory modification technologies (MMTs) that can modulate memories with a degree of precision, which was not previously possible. With advancements in such techniques, new and critical ethical questions have emerged. Understanding and framing these ethical questions within the current philosophical theories is crucial in order to systematically examine them as we translate these techniques to the clinic. Main body In this paper, we discuss the ethical implications of modern neuroscience techniques that aim to disrupt or enhance memories. We attempt to frame the MMTs in the context of existing ethical philosophical theories to provide a cohesive analysis of the myriad of ethical quagmires that might emerge from such technologies. We argue the application of Aristotle’s Golden Mean and multiple accounts of authenticity are useful in approaching the ethical questions surrounding MMTs. We then propose a framework in which ethical considerations can be systematically examined. Lastly, we provide caveats and considerations for the use of this framework. Overall, we provide a practical approach for the ethical use of MMTs depending on the situation. Conclusion While at face value, our model appears to put severe limitations on the application of MMTs, we are not completely opposed to their use, but rather our framework guides the agent to consider the implications before making any decisions. Most importantly, we argue that the use of MMTs does not reduce the responsibility of the initial decision, and the agent must accept the post-MMT self as the new “true self” regardless of the outcome. As the developmental trajectory of MMTs suggests we are getting closer to practical clinical applications, ethical concerns across a wide range of disciplines need to be addressed to develop best strategies and policies when dealing with MMTs. If this can be achieved, we believe the ethical use of MMTs is not only possible but would also be of tremendous benefit to many people suffering from memory-related mental disorders.

IntroductionIn 2008, researchers at New York University’s Computational Neuroimaging Laboratory challenged our contemporary understanding of audience with an alternative approach to engaging some of the most essential questions regarding film consumption. The study itself used a functional magnetic resonance imaging (fMRI) scanner during the “free viewing of films” allowing researchers the opportunity to see which sections of the brain are activated during certain parts of the viewing (Hasson et al. 2). In an effort to overcome limitations of fMRI imaging, the researchers further utilized an inter-subjective correlation (ISC) technique to validate their findings. Simply put, ISC looks at the similar effects in neuroimaging across a range of viewers for the same rhetorical artifact; the higher the similarity, the more confident the researchers are that the impact of the film is the same for most or all viewers. This impact is said to “control” the viewers mental and emotional state in that they can be a reliable way to predict a viewer’s “emotions, thoughts, [and] attitudes” (Hasson et al. 2). The researchers termed their work “neurocinematics” and concluded that this new approach could “contribute to the cognitive movement in film theory, analogous to contributions that neuroscience has made to cognitive and social psychology.” (Hasson et al. 21).Since the publication of this research, there have been over a dozen academic essays published, including additional work in the hard sciences, and contributions from psychology and literary and film studies (see Cohen, Shavalian and Rube; Loschky et al.; Erincin; Kauttonen, Hlushchuk and Tikka; Christoforou et al.). Many seem to be responding to the original authors’ calls for neurocinematics to be “a new interdisciplinary field” between “cognitive neuroscience and film studies” that is “part of a larger endeavor that looks for connections between neuroscience and art” (Hasson et al. 1, 21). Noticeably missing from their call for an inter-disciplinary approach, however, is one that includes rhetorical studies. In fact, to date, there has only been a single publication referring to neurocinematics in communication studies – an essay that was not specific to film nor audience, and that limited its discussion to the effectiveness of fMRI imaging (see Weber, Mangus and Huskey). It is the argument of this essay that rhetorical studies should be included in neurocinematics for two reasons: first, rhetorical studies can provide an alternative theoretical understanding of narrative that should prove to be enlightening for this emerging field; and second, rhetorical studies can provide the necessary ethical positioning for this emerging field.The Rhetorical Studies AlternativeThe first justification for the inclusion of rhetorical studies in neurocinematics is the alternative theoretical approach to narrative that rhetoricians can provide. The original neurocinematics research found that structured stories provided a much higher degree of ISC than open-ended, unstructured “real life” depictions. The researchers showed 10 minutes of Sergio Leone’s film, The Good, The Bad, and The Ugly and a 10-minute stable shot of a Saturday afternoon in Washington Square Park that represented an unstructured, real-life event. The researchers concluded that, “a mere mechanical reproduction of reality, with no directorial intention or intervention, is not sufficient by itself for controlling viewer’s brain activity” (Hasson et al. 8). That the “slice of real life” didn’t have the same predictive functions as the “intentional construction of the film’s sequence through aesthetic means” has important implications for rhetorical studies (Hasson et al. 9). It’s not cinematic imagery alone that corresponds to brain activations, but the construction of story and the aesthetic elements of narrative presentations (that is to say, the creation of rhetoric) that has predictive functions. In A Grammar of Motives, Kenneth Burke notes that dramatism “invites one to consider the matter of motives in a perspective that, being developed from the analysis of drama, treats language and thought primarily as modes of action” (xxii). For Burke, all of our stories are the product of thought, whether it be conscious or unconscious, and this thought belies how we view the world of symbols in which we live. Michael Overington contends that dramatismaddresses the empirical questions of how persons explain their actions to themselves and others, what the cultural and social structural influences on these interpretations might be, and what effect connotational links among the explanatory (motivational) terms might have on these explanations and hence, on action itself. (133)Language is the vehicle for human behaviour and represents how we describe the world to ourselves and to others so that “a rhetor’s language can be used to discover motive” (Foss, Foss and Trapp 200). Film is nothing short of a dramatistic explanation that allows us the opportunity to dissect it with more detail to determine the worldview not only of the auteur, but of the spectator as well. Although film studies has its own theories on story and structure, a “systematic application” of Burke’s dramatism “enables an observer to reconstruct various perspectives of ‘reality’” (Stewart, Smith, and Denton 168). When compared to film studies, as an academic discipline, rhetorical studies offers an alternative understanding of narrative. Film studies asks us to apply a structural model to a narrative, while rhetorical studies asks us to apply a systems model that unmasks a narrative. As an example, film studies might examine a film’s structure, looking at the rising action of subplot B as it corresponds in the third reel to the declining action of the subplot A before denouement. As an alternative example, rhetorical studies could offer a dramatistic reading to examine the motivations of scenic ratios between the two subplots as it defines cinematic reality for the audience. Although neurocinematics may help predict the affective impact of the subplots for an audience, it is currently rooted in a structural assumption of audience and narrative, which fails to provide a full account of the spectator’s experience as it relates to the filmmaker’s rhetorical motivation. The addition of rhetorical studies to the conversation can provide an alternative approach and give an additional richness to our understandings of audience.While film studies may engage the ideological function of films, rhetorical studies amplifies their findings. In “The Storyteller,” Walter Benjamin writes,the storytelling that thrives for a long time in the milieu of work … is itself an artisanal form of communication, as it were. It does not aim to convey the pure ‘in itself’ or gist of a thing, like information or a report. It submerges the thing into the life of the story-teller, in order to bring it out of him again. (149)For Benjamin, the storyteller is an artisan that exists external to the rhetorical artifact itself, which, of course, means that the structural focus of film studies falls inevitably short. Further, Benjamin argues that there is an ideological component to both narrative and its medium. He writes, “Just as the entire mode of existence of human collectives changes over long historical periods, so too does their mode of perception. The way in which human perception is organized – the medium in which it occurs – is conditioned not only by nature but by history” (Benjamin "Reproducibility" 255, emphasis in original). The oral tradition of storytelling is different, as is the storytelling of the novel, film, and so on. Indeed, it is the goal of neurocinematics to illustrate how the rhetoric of film is distinct from other forms of narrative discourse, which necessarily demands an inter-disciplinary focus that allows for an interrogation of the ideological functions that exist both within and without the text, which is what Burke’s dramatism provides.Further, Walter Fisher’s work with narrative extends the role of rhetorical theory into what should be discussed in neurocinematics. Fisher contends that the narrative form is something that is unique to humans, but something that all humans engage in; for him, “stories are fundamental to communication because they provide structure for our experience as humans and because they influence people to live in communities that share common explanations and understandings” (Burgchardt 239). As noted earlier, neurocinematics argues that there is a coherence in cinematic narratives that don’t exist in “slice of life” filmic images. Similarly, Walter Fisher contends that this “coherence” is inborn in the narrative being (his homo narran) “their inherent awareness of narrative probability, what constitutes a coherent story, and their constant habit of testing narrative fidelity, whether the stories they experience ring true with the stories they know to be true in their lives” (8). The neurocinematics researchers conclude that, “the ISC analysis of brain activity can also serve as a measurement of systematic differences in how various groups of individuals … respond to the same film” (Hasson et al. 20). Fisher notes that the philosophical foundation of the rational world paradigm (which he sets opposite his narrative paradigm) “is epistemology. Its linguistic materials are self-evident propositions, demonstrations, and proofs, the verbal expressions of certain and probably knowing” (4). The danger with neurocinematics rooted in pure rationality is that it co-opts the narrative function, makes the spectator as agent and film as object separate from one another (when ISC begs that they interact), and brackets off questions such as ethics. Fisher concludes, “With knowledge of agents, we can hope to find that which is reliable or trustworthy; with knowledge of objects, we can hope to discover that which has the quality of veracity. The world requires both kinds of knowledge” (18). Of course, this question demands a discussion of ethics, which the current approach to neurocinematics explicitly denies as a subject of inquiry. The authors write, different filmmakers differ in the level of control they choose to impose on viewers, and out methods are not designed to judge this, but rather to measure the effect of a given film on different target groups. Thus the critical evaluation of each film is outside the domain of this research. (Hasson et al. 21-2)This is the danger Fisher warns of. The assumption that neurocinematics can be a purely descriptive project is not only unfeasible, but also unconscionable. Unlike researchers who deny the place of ideology and ethics, “rhetorical critics, of course, have long recognized the centrality of ideology to persuasive discourse” (Burgchardt 451). To illustrate why this is a vital issue for neurocinematics, let’s take its existing descriptive project to its logical conclusion. Theoretically, researchers could reach a point where there was a 100% ISC, meaning that there existed a cinematic formula that would impact every audience member the same way and would “control” their emotional and mental states – for neurocinematics this would constitute the “perfect” film. This “perfect” film, however, wouldn’t exist in a research vacuum, but in a morass of culture, politics, and ideology. Cultural critic Slavoj Žižek notes the impact that Nine-Eleven had on film:the ultimate twist in this link between Hollywood and the ‘war on terrorism’ occurred when the Pentagon decided to solicit the help of Hollywood: … at the beginning of November 2001, there was a series of meetings between White House advisors and senior Hollywood executives with the aim of co-ordinating the war effort and establishing how Hollywood could help in the war effort and establishing how Hollywood could help in the ‘war against terrorism’ by getting the right ideological meaning across not only to Americans, but to the Hollywood public around the globe – the ultimate empirical proof that Hollywood does in fact function as an ‘ideological state apparatus’. (16)The ethical implications are overwhelming: propaganda films are nothing new, but neurocinematics has the potential to usher in a whole new type of propaganda cinema, under the guise of entertainment, that is 100% effective. The original neurocinematic research argued that “the ISC measurement should probably not be used to evaluate the aesthetic, artistic, social, or political value of movies” (Hasson et al. 21). Conversely, rhetorical studies demands that criticism and scholarship not only comment on texts, but ethical considerations “will not be averted either by ignoring it or placing it beyond our provence” (Wander 18).Further, the very goal of neurocinematics demands the critical reaction that current rhetorical theory is prepared to provide. The stated end-game for neurocinematics is to determine how films discursively interact with a viewer’s mental state and, therefore, their affective response to an aesthetic experience. Raymie McKerrow notes that critical rhetorical theory must examine “the manner in which discourse insinuates itself in the fabric of social power, and thereby ‘effects’ the status of knowledge among the members of the social group” (92). Michael Calvin McGee argues, “We do not ‘observe’ objects and human actions … we construct these phenomena through rational acts of ‘selecting,’ ‘coordinating,’ ‘interpreting,’ and ‘applying’ sensory data” (48). There is no potential for a non-normative descriptive project inside of these parameters; there is no neutral observation by the spectator, the filmic experience is one that is constructed internally. Neurocinematics notes that there are interactions between brain spheres (e.g. neocortex and the amygdala) that create an intersubjective experience (which is quantitatively described with the ISC), but to explain, even descriptively, what is occurring in these viewers requires determining what the audience “knows” and how the discursive impact of the film effects them neurologically. The field of neurocinematics is not morally neutral, though it insists on presenting itself that way. At its most basic level, the researchers are not separate from the ethical and ideological functions of their studies: they make normative claims about which films are “worthy” of study, they manufacture inter-subjective reality with their critical reactions to the artifacts, and their communicative reporting in the essay itself provides agency to the film while simultaneously denying agency to the viewers. Further, when neurocinematics is taken to its logical conclusion (the ability to manufacture the descriptively “perfect” film – one with a 100% ISC), the ethical concerns are overwhelming. With Hollywood films operating more and more as a part of the ideological state apparatus, the potential for highly effective propaganda films becomes more and more real, and more and more frightening. If the conclusions by these researchers is true, that these films “control” our mental states, then the power of such propaganda films could be devastating.ConclusionThis essay has argued that rhetorical scholars have not only a unique opportunity, but an ethical obligation, to insert ourselves into one of the most innovative inter-disciplinary fields to emerge in recent history. Neurocinematics has the potential to transform cognitive neuroscience and film studies both and it is imperative that rhetoricians insert themselves into this dialogue. First, the work that rhetorical studies has done on storytelling, narrative, and dramatism provides unique perspectives that have been overlooked by the structural models of film studies. Further, the scientists driving neurocinematics forward deny the need for political and value claims to be assessed to their work. Rhetorical studies has the opportunity to challenge these illusions of neutrality and help neuroscientists to understand that their work is, indeed, ideological, and that the dangers of ideology manifest themselves when these perspectives are pushed to the side under the guise of neutrality. ReferencesBenjamin, Walter. "The Storyteller." Trans. Edmund Jephcott, Howard Eiland, and others. Selected Writings Volume 3, 1935-1938. Eds. Howard Eiland and Michael W. Jennings. Cambridge: Harvard University Press, 2002. ———. "Work of Art in the Age of Reproducibility." Trans. Edmund Jephcott and others. Selected Writings Volume 4, 1938-1940. Eds. Howard Eiland and Michael W. Jennings. Cambridge: Harvard University Press, 2003. Burgchardt, Carl, ed. Readings in Rhetorical Criticism. Third ed. State College: Strata Publishing, 2005. Burke, Kenneth. A Grammar of Motives. Berkeley: University of California Press, 1945. Christoforou, Christoforos, Spyros Christou-Champi, Fofi Constantinidou, and Maria Theodorou. "From the Eyes and the Heart: A Novel Eye-Gaze Metric That Predicts Video Preferences of a Large Audience." Frontiers in Psychology 6 (2015): 1-11. Cohen, Anna-Lisa, Elliot Shavalian, and Moshe Rube. "The Power of the Picture: How Narrative Film Captures Attention and Disrupts Goal Pursuit." PLoS ONE 10.12 (2015): 1-8. Erincin, Serap. "Dance in Translation: Subjectivity, Failed Spectatorship and Tolerance." Word & Text: A Journal of Literary Studies & Linguistics 2.2 (2012): 156-70. Fisher, Walter. "Narration as a Human Communication Paradigm: The Case of Public Moral Argument." Communication Monographs 51.1 (1984): 1-22. Foss, Sonja K., Karen A. Foss, and Robert Trapp. Contemporary Perspectives on Rhetoric. Third ed. Prospect Heights: Waveland Press, 2002. Hasson, Uri, Ohad Landesman, Barbara Knappmeyer, Ignacio Vallines, Nava Rubin, and David J. Heeger. "Neurocinematics: The Neuroscience of Film." Projections 2.1 (2008): 1-26. Kauttonen, Janne, Yevhen Hlushchuk, and Pia Tikka. "Optimizing Methods for Linking Cinematic Features to fMRI Data." NeuroImage 110 (2015): 136-48. Loschky, Lester C., Adam M. Larson, Joseph P. Magliano, and Tim J. Smith. "What Would Jaws Do? The Tyranny of Film and the Relationship between Gaze and Higher-Level Narrative Film Comprehension." PLoS ONE 10.11 (2015): 1-23. McKerrow, Raymie E. "Critical Rhetoric: Theory and Praxis." Communication Monographs 56.2 (1989): 91. Overington, Michael A. "Kenneth Burke and the Method of Dramatism." Theory & Society 4.1 (1977): 131. Stewart, Charles J., Craig Allen Smith, and Robert E. Denton Jr. Persuasion and Social Movements. Prospect Heights: Waveland Press, 1994. Wander, Philip C. "The Ideological Turn in Modern Criticism." Central States Speech Journal 34 (1983): 1-18. Weber, René, J. Michael Mangus, and Richard Huskey. "Brain Imaging in Communication Research: A Practical Guide to Understanding and Evaluating fMRI Studies." Communication Methods & Measures 9.1/2 (2015): 5-29. Žižek, Slavoj. Welcome to the Desert of the Real! Five Essays on September 11 and Related Dates. New York: Verso, 2002.

“Man has, as it were, become a kind of prosthetic God. When he puts on all his auxiliary organs he is truly magnificent; but those organs have not grown on to him and they still give him much trouble at times” (Freud 37-39).Introduction and Background Self-tracking is not a new phenomenon. For centuries, people have used self-examination and monitoring as a means to attain knowledge and understanding about themselves. People would often record their daily activities (like food consumption, sleep and physical exercise) and write down accompanying thoughts and reflections. However, the advent of digital technology in the past decades has drastically changed the self-tracking sphere. In fact, the popularisation of self-tracking technology (STT) in mobile applications and wearable devices has allowed users to track daily activities on a closer and more accurate scale than previously affordable. Gary Wolf, the founder of a niche movement called the ‘Quantified Self’, suggested that “if you want to replace the vagaries of intuition with something more reliable, you first need to gather data. Once you know the facts, you can live by them” (Wolf). This reveals that STT has the capacity to guide users by virtue of the data collected and insights provided by the technology. Thus, instead of using intuition, which is potentially unreliable and subjective, data – finite and objective by nature – can be used to guide the process by providing definitive facts, figures and patterns. Arguably, this technologises users, allowing them to enhance their performance and capabilities by using STTs to regulate and monitor their behaviour. Hence, in this article, I position self-tracking technology (STT) as an interactive media technology, a tool for surveillance and regulation, and an “extension of man”. However, the use of and reliance on STT can compromise personal autonomy, and this journal article will investigate how users’ personal autonomy has been affected due to STT’s function as an extension of man, or a “prosthetic”. I use case study vignettes to investigate impacts on personal autonomy in three spheres: the workspace, relationships and the physical environment. Extending ManSTTs reconfigure our bodies in data form and implicate our personhood and autonomy. Human physicality has changed now that technology and data have become so integral to how we experience and view our bodies. STTs technologise human bodies, transforming them into data bodies, augmented and reliant on digital media. As Marshall McLuhan (63) put it: “In this electric age we see ourselves being translated more and more into the form of information, moving toward the technological extension of consciousness”. With the integration of STT into our daily lives, consumers increasingly rely on cues from their devices and applications to inform them about their bodies. This potentially affects the autonomy of an individual – since STT becomes an extension of the human body. In the 1960s, when the mass media was burgeoning, Marshal McLuhan proposed the idea that the media acted as an extension of man. STTs similarly act as an extension of users’ embodied capabilities and senses, since the data collected by these technologies is shared with users, allowing them to alter their bodies and minds, aiming to be as productive and effective as possible. In Understanding Media, McLuhan’s interpretation of electronic media was prescient. He anticipated the development of so-called “smart” devices, noting that, in the information age man “wears [his] brain outside [his] skull and [his] nerves outside [his] hide” (63). This is reflective of STT’s heavy reliance on sensor technology and smart technology. Simply examining how a Fitbit – a popular wearable self-tracking device – operates is illustrative. For instance, some Fitbits have an altimeter sensor that detects when the wearer is elevated, and hence counts floors. Fitbits also count steps using a three-axis accelerometer, which turns the wearer’s movements into data. Furthermore, Fitbit devices are capable of analysing and interpreting this acceleration data to provide insights about “frequency, duration, intensity, and patterns of movement to determine [users’] steps taken, distance travelled, calories burned, and sleep quality” (“Fitbit”). Fitbit relies on sensor technologies (“nerves”) to detect and interpret activities, and such insights are then transmitted to users’ smart devices (“brains”) for storage, to be analysed at a time of convenience. This modus operandi is not exclusive to Fitbit, and in fact, is the framework for many STTs. Hence, STTs have the potential to extend the natural capabilities of the human body to regulate behaviour.The WorkplaceThis notion of STT as a regulatory prosthetic is seen in its ability to enforce standardised norms on individuals by using surveillance as a disciplinary measure. STTs can enforce norms on users by transforming the workplace into a panopticon, which is an institutional structure that allows a watchman to observe individuals without them knowing whether they are being watched or not. STTs are used to gather data about performance and behaviour, and users are monitored constantly. As a result, they adjust their behaviouraccordingly. US retail titan Amazon has repeatedly raised concerns over the past years because of its use of wearables to survey workers during shifts. Adam Littler, an Amazon employee, came forward in 2013 accusing his employers of forcing him to walk 11 miles during a single work shift. His distance travelled was measured and tracked using a pedometer, while a handheld scanner guided him around the warehouse and notified him if he was meeting his targets (Aspinall). Amazon also recently designed and patented a wristband that is capable of tracking wearers’ (employees’) movements, including hand placement (Kelly). The reliance on such tracking technology to guide actions and supplement users with information to increase productivity reveals how STT can serve as a prosthetic that is used to enhance man’s abilities and performance However, the flipside of such enhancement is exploitation – employers augment users with technology and force them to adhere to standards of performance that are difficult to achieve. For instance, documents have recently surfaced that suggest Amazon terminates employees based on productivity statistics. It was reported that around 300 full-time employees were fired for “failing to meet productivity quotas”. According to the documents, “Amazon’s system tracks the rates of each individual associate’s productivity and automatically generates any warnings or terminations regarding quality or productivity without input from supervisors” (Lecher). This is reflective of how actors that are in power, like employers, can impose self-tracking practises onto employees that compromise their personal autonomy. Foucault finds that the panopticon’s utility and potency as a discipline mechanism lies in its efficiency as enforcers do not have to constantly survey people to ensure they conform. Thus, it manoeuvres existing power structures to achieve a particular goal – for instance, higher productivity or economic growth. Foucault also notes: The discipline of the workshop, while remaining a way of enforcing respect for the regulations and authorities, of preventing thefts and losses, tends to increase aptitudes, speeds, output and therefore profits; it still exerts a moral influence over behaviour, but more and more it treats actions in terms of their results, introduces bodies into a machinery, forces into an economy. (210) STTs in the workspace (or workshop) can act as prostheses, allowing employers to enhance their employee’s capabilities. Such technology creates an environment in which workers feel pressured to perform in adherence to certain set standards. Thus, employees are disciplined by STTs, and by the surveillance of their employers that follows. Arguably, such surveillance is detrimental to personal autonomy, as the surveyed feel that they have to behave in compliance to standards enforced by those in power (ie. their employers). Physical Environment With the aim of productivity and efficiency in mind, users grow dependant on devices to augment their realities with helpful technology. As mentioned earlier, McLuhan (90) ideates that “technologies are extensions of our physical and nervous systems to increase power and speed” is particularly significant. The iPhone is an example that illustrates this point very clearly as they are inbuilt with complex technology that includes a variety of sensors. The iPhone 7, for example, has a range of sensors including an accelerometer, a gyroscope, a magnetometer, a GPS, a barometer, and an ambient light sensor (Nield). These gather information about users’ surroundings and feed it back to them, and they are then able to make informed decisions. Hence, if a user wants to travel to a certain place, the phone has the ability to point out the quickest route possible, or which route to take if they would like to stop by a certain location along the way. This cultivates a reliance on navigational technologies that use automated self-tracking to direct users’ daily lives, functioning as an extension and enhancement of their geographical memory and sense of direction. However, using these technologies may in fact be dulling our body’s abilities. For instance, anthropologist Tim Ingold posits that relying on navigation technology has reduced humans’ inborn wayfaring capabilities (Ingold). These satellite navigation technologies are one of the most popular ways in which people track their movements and move through space; for instance, a whole market of rideshare applications like Uber and OlaCabs rely on this technology. Using this technology has allowed people to navigate and travel with ease. However, this can be seen to lead to a lack of “spatial awareness and cartographic literacy”. Essentially, traditional maps skills are viewed as redundant and it can encourage an over-reliance on technology (Speake and Axon). According to McKinlay navigation is a “use-it-or-lose-it skill” and “automatic wayfinding” was reducing natural navigation abilities. A UCL neuroscience study found that licensed London taxi drivers have a larger than average hippocampus in their brains, as they are capable of storing a mental map of the city in their minds, by learning street layouts and locations of places of interest. The hippocampus is the part of the brain that is linked to spatial memory and navigation skills (Maguire, Woollett and Spiers 1093). Dr Eleanor Maguire, the neuroscientist who led the study, noted that if the taxi drivers started “using GPS, that knowledge base will be less and possibly affect the brain changes we are seeing” (Dobson). In turn, an increasing reliance on GPS and navigation technologies in self-tracking devices may result in a diminishing hippocampus, according to neuroscientist Veronique Bohbot of McGill University. The atrophy of the hippocampus has also been linked to the risk of dementia (Weeks), which reveals how the technologies that augment space may atrophy the “natural abilities” (McKinlay) and thus, the autonomy of users. RelationshipsAs with areas like the workspace and spatial environments, sociality and intimacy are increasingly being mediated by technology – the digital capabilities of new media have expanded users’ options and provided a variety of technological tools that allow us to streamline and reflect on social interactions and behaviour, serving as a social prosthetic. This is especially significant in the sphere of self-tracking. However, relying on STT to gain insight into sociality may alter the ways in which we think of intimacy and communication, and may also have an impact on users’ independence and trust. Hasinoff (497-98) notes that using tracking technologies within families and intimate relationships can have potentially harmful effects, such as a loss of trust. In particular, children who are pushed into self-tracking by their families may suffer from a loss of independence as well as an inability to perceive and react to risk. In such a situation, STT serves as a prosthetic that aims to ensure safety, however, surveillance through STTs enforces power disparities and simultaneously creates a dependency between the watched and watchers, and this would affect users’ personal autonomy as they are viewed under a panoptic lens. In fact, Hasinoff finds that “[family tracking and monitoring apps] exaggerate risks, offer illusory promises of safety, and normalize surveillance and excessive control in familial relationships”. I argue that this is the consequence of pushed self-tracking in the sphere of sociality and intimacy. Users may feel pressure from their families or partners to participate in self-tracking and allow their data to be accessed by them. However, the process of participating in such a mediated and monitored relationship could create “asymmetrical relations of visibility” (Trottier 320), as this sharing of information may not always be two sided. For instance, on the app Life360, parents can enforce that their children share their locations at all times, while they are able to conceal their own locations. This intensifies the watcher’s control and diminishes the watched’s privacy and autonomy. Quite ironically, Life360’s tagline is “feel free, together”. As an app geared at family safety, Life360 assumes that the family is a safe space – however, families too may pose a significant risk to vulnerable users’ (such as young children and women) autonomy and privacy. User complaints about inaccurate location information reveal “controlling, asymmetrical, and potentially abusive uses of the app” that can aggravate dysfunctional power dynamics in intimate and familial relationships. For instance, jealous partners or overprotective parents could grow increasingly suspicious or even aggressive (Hasinoff 504). Critical users who reviewed the app claimed that the app “ruined [their] social life” and enabled their “family to stalk [them] 24/7”. In another case, a user claimed the app was “toxic”, noting it would “destroy their [children’s] trust” (App Store; Life360). While the app asserts that each user does have control over the extent of location sharing, they may feel the need to remain visible because of familial pressure and expectations, since their family relies visibility on the app as an indicator of safety. This too, is problematic – self-tracking one’s locations provides just that – a geolocation pin, which is not a clear measure or indicator of the well-being or safety of the user. Simpson argues that constructing location information as safety information is not reliable because it could “promote a false sense of security based on the sense that if you know where your child is then that means they are safe” (277). Additionally, this also sets an imperative that users need to be monitored or monitor themselves at all times to ensure safety, and such a use of surveillance technology could result in users being hyperalert and anxious (Hasinoff 497). Extending man’s awareness to this degree and engaging in such surveillance may create a false sense of security and dependency, that ultimately puts everyone’s autonomy at risk.ConclusionSTT performs as an informational prosthetic for man. We conventionally tend to think of prostheses as extensions of our physical and sensory abilities, used to enhance or replace missing functions. In the case of STT, they have inbuilt decision-making and guidance capabilities, enhancing humans’ ability to process and understand information. This is a new type of digital prosthetic that has not existed before. It thus seems that the new generation of prostheses are no longer just physical and material – they operate as intellectual and cognitive extensions of our bodies. However, when users’ decision-making processes are increasingly displaced by informational prostheses, it is important to determine the extent to which they are impairing our organic capacity for orienting, sense-making and intimacy. ReferencesApp Store. Mobile app. Apple Inc. 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