Academic literature on the topic 'Degree Discipline: Sonic Arts and Engineering'

The Scratch Orchestra, formed in London in 1969 by Cornelius Cardew, Michael Parsons and Howard Skempton, included visual and performance artists as well as musicians and other participants from diverse backgrounds, many of them without formal training. This article deals primarily with the earlier phase of the orchestra's activity, between 1969 and 1971. It describes the influence of the work of John Cage and Fluxus artists, involving the dissolution of boundaries between sonic and visual elements in performance and the use of everyday materials and activities as artistic resources. It assesses the conflicting impulses of discipline and spontaneity in the work of the Scratch Orchestra and in the parallel activity of the Portsmouth Sinfonia and other related groups. The emergence in the early 1970s of more controlled forms of compositional activity, in reaction against anarchic and libertarian aspects of the Scratch Orchestra's ethos, is also discussed.

In this paper, the authors present the initial findings from explorations on transformation patterns of data in raw format when crossing or transmediating directly (i.e. unaffected by any other form of codification) between audio and visual media. These patterns have allowed the authors to engage in the production of transmediatic artifacts with some degree of control and agency, facilitating purposeful applications of transmediation. The products of such practices will enable a form of literacy, an aesthetic means to identify in visual media artifacts those patterns that could transmediate into useful or appealing sonic artifacts and vice versa.

Service Science, Management and Engineering (SSME) is an emerging discipline which studies service industry under an integrated framework. SSME education trains scientists and skilled service workers to promote innovation and productivity in service industry. Although quite a number of universities started SSME programs years ago, most of them are still in the stage of experiment, and only address a small portion of the total subject. This paper first discusses the objectives of SSME education program—the abilities that service workers and scientists should have. Then, three types of foundation courses of the current programs are discussed in depth; the bachelor, master and PhD degree programs offered currently are analyzed, which include the course contents and teaching methods. Based on the inspirations from these practical programs, a unified model for SSME education is developed and presented, which proposes to unify bachelor, master and PhD programs, and establishes a new service science department comprising areas of service management, service engineering and design, service arts and humanities.

The main objectives that arise while teaching future chemists currently include formation of knowledge, abilities and skills of pharmacological support of treatment of diseases that enable effective work aimed at implementation of professional tasks and degree of mastery over labor functions. While teaching clinical pharmacology at the pharmaceutical department, we follow the path of an increased scope of new topics on private matters of the discipline including assessment of effectiveness and safety of medicinal preparations taking into account adverse reactions, issues of pharmacoeconomics, pharmacoepidemiology and provisions of evidence-based medicine. In Russian medicine, it is common to adhere to the principle that moral standards are interwoven into clinical practice. This principle is followed during teaching. Proper management of the educational process will enable students to independently work with literature, critically assess new data and continuously improve their professionalism in future.

Conscientiousness and its six facets (competence, order, dutifulness, achievement striving, self-discipline and deliberation) were examined in relation to cumulative grade point average (GPA) for undergraduate university students. The aim was to determine the degree to which conscientiousness predicted a higher GPA for students in varying programs, and to compare these results to previous findings. The programs examined were psychology, business, science/engineering, and general arts (i.e. B.A. programs other than psychology). Students were screened using Johnson’s (2014) “IPIP-NEO-120” (a 120-item version of the International Personality Item Pool-NEO: which measures constructs similar to those in the NEO Personality Inventory). Multiple regression analyses of the data revealed variations in concurrent validity of the facets of conscientiousness across majors. For psychology students, only Competence predicted GPA. For science and engineering students, Competence, Dutifulness and Achievement Striving predicted GPA. For general arts, only Deliberation predicted GPA. None of the facets were significant predictors for business students. Conscientiousness was thus a significant predictor of GPA across all majors, but the key facets were dependent on the area of study. The only gender difference detected was at low conscientiousness, with females having a significantly higher GPA than males. Additional research is necessary to further explore the predictive validity of the other Big Five personality traits and their facets, for a wider range of academic majors on academic success. Implications involve the role personality traits could play to the decision to enrol in a specific program, and how professors may bettor teach/mentor students in different programs.

Abstract Background Natural resource management theory has been informed by disciplines such as ecology, agricultural science, economics and engineering; but much less so by the literature of planning and public administration. This paper demonstrates that applying an incremental view to what is traditionally seen as a rational-comprehensive discipline provides insights into resource management theory and practice, including adaptive management. Results We show how current theory and practice in natural resource management are not aligned to the degree that is routinely presumed. In particular, the prevailing focus on optimality creates conflicts, especially during democratic decision-making, whereas adopting a participatory-incremental hybrid approach should provide a superior solution, which is discussed here in the context of Life Cycle Assessment by resource managers. Conclusion Resource management tends to be both incremental and participatory; and whilst decisions are strongly informed by science, on reflection, the process of formulating decisions is rarely rational-comprehensive. We suggest greater retrospective analysis of resource management decisions at a theoretical level. This may result in adoption of a theoretical framework which better supports practice, a reduction in tensions between those trained in the arts and sciences; and more ‘freedom’ in practice, through a softening of the focus on optimality.

Discussions of the economic theory of planned obsolescence—the purposeful embedding of redundancy into the functionality or other aspect of a product—in the 1980s and 1990s often focused on the impact of such a design strategy on manufacturers, consumers, the market, and, ultimately, profits (see, for example, Bulow; Lee and Lee; Waldman). More recently, assessments of such shortened product life cycles have included calculations of the environmental and other costs of such waste (Claudio; Kondoh; Unruh). Commonly utilised examples are consumer products such as cars, whitegoods and small appliances, fashion clothing and accessories, and, more recently, new technologies and their constituent components. This discourse has been adopted by those who configure workers as human resources, and who speak both of skills (Janßen and Backes-Gellner) and human capital itself (Chauhan and Chauhan) being made obsolete by market forces in both predictable and unplanned ways. This includes debate over whether formal education can assist in developing the skills that make their possessors less liable to become obsolete in the workforce (Dubin; Holtmann; Borghans and de Grip; Gould, Moav and Weinberg). However, aside from periodic expressions of disciplinary angst (as in questions such as whether the Liberal Arts and other disciplines are becoming obsolete) are rarely found in discussions regarding higher education. Yet, higher education has been subsumed into a culture of commercial service provision as driven by markets and profit as the industries that design and deliver consumer goods. McKelvey and Holmén characterise this as a shift “from social institution to knowledge business” in the subtitle of their 2009 volume on European universities, and the recent decade has seen many higher educational institutions openly striving to be entrepreneurial. Despite some debate over the functioning of market or market-like mechanisms in higher education (see, for instance, Texeira et al), the corporatisation of higher education has led inevitably to market segmentation in the products the sector delivers. Such market segmentation results in what are called over-differentiated products, seemingly endless variations in the same product to attempt to increase consumption and attendant sales. Milk is a commonly cited example, with supermarkets today stocking full cream, semi-skimmed, skimmed, lactose-free, soy, rice, goat, GM-free and ‘smart’ (enriched with various vitamins, minerals and proteins) varieties; and many of these available in fresh, UHT, dehydrated and/or organic versions. In the education market, this practice has resulted in a large number of often minutely differentiated, but differently named, degrees and other programs. Where there were once a small number of undergraduate degrees with discipline variety within them (including the Bachelor of Arts and Bachelor of Science awards), students can now graduate with a named qualification in a myriad of discipline and professional areas. The attempt to secure a larger percentage of the potential client pool (who are themselves often seeking to update their own skills and knowledges to avoid workforce obsolescence) has also resulted in a significant increase in the number of postgraduate coursework certificates, diplomas and other qualifications across the sector. The Masters degree has fractured from a research program into a range of coursework, coursework plus research, and research only programs. Such proliferation has also affected one of the foundations of the quality and integrity of the higher education system, and one of the last bastions of conventional practice, the doctoral degree. The PhD as ‘Gold-Standard’ Market Leader? The Doctor of Philosophy (PhD) is usually understood as a largely independent discipline-based research project that results in a substantial piece of reporting, the thesis, that makes a “substantial original contribution to knowledge in the form of new knowledge or significant and original adaptation, application and interpretation of existing knowledge” (AQF). As the highest level of degree conferred by most universities, the PhD is commonly understood as indicating the height of formal educational attainment, and has, until relatively recently, been above reproach and alteration. Yet, whereas universities internationally once offered a single doctorate named the PhD, many now offer a number of doctoral level degrees. In Australia, for example, candidates can also complete PhDs by Publication and by Project, as well as practice-led doctorates in, and named Doctorates of/in, Creative Arts, Creative Industries, Laws, Performance and other ‘new’ discipline areas. The Professional Doctorate, introduced into Australia in the early 1990s, has achieved such longevity that it now has it’s own “first generation” incarnations in (and about) disciplines such as Education, Business, Psychology and Journalism, as well as a contemporary “second generation” version which features professionally-practice-led Mode 2 knowledge production (Maxwell; also discussed in Lee, Brennan and Green 281). The uniquely Australian PhD by Project in the disciplines of architecture, design, business, engineering and education also includes coursework, and is practice and particularly workplace (or community) focused, but unlike the above, does not have to include a research element—although this is not precluded (Usher). A significant number of Australian universities also currently offer a PhD by Publication, known also as the PhD by Published Papers and PhD by Published Works. Introduced in the 1960s in the UK, the PhD by Publication there is today almost exclusively undertaken by academic staff at their own institutions, and usually consists of published work(s), a critical appraisal of that work within the research context, and an oral examination. The named degree is rare in the USA, although the practice of granting PhDs on the basis of prior publications is not unknown. In Australia, an examination of a number of universities that offer the degree reveals no consistency in terms of the framing policies except for the generic Australian Qualifications Framework accreditation statement (AQF), entry requirements and conditions of candidature, or resulting form and examination guidelines. Some Australian universities, for instance, require all externally peer-refereed publications, while others will count works that are self-published. Some require actual publications or works in press, but others count works that are still at submission stage. The UK PhD by Publication shows similar variation, with no consensus on purpose, length or format of this degree (Draper). Across Australia and the UK, some institutions accept previously published work and require little or no campus participation, while others have a significant minimum enrolment period and count only work generated during candidature (see Brien for more detail). Despite the plethora of named degrees at doctoral level, many academics continue to support the PhD’s claim to rigor and intellectual attainment. Most often, however, these arguments cite tradition rather than any real assessment of quality. The archaic trappings of conferral—the caps, gowns and various other instruments of distinction—emphasise a narrative in which it is often noted that doctorates were first conferred by the University of Paris in the 12th century and then elsewhere in medieval Europe. However, challenges to this account note that today’s largely independently researched thesis is a relatively recent arrival to educational history, being only introduced into Germany in the early nineteenth century (Bourner, Bowden and Laing; Park 4), the USA in a modified form in the mid-nineteenth century and the UK in 1917 (Jolley 227). The Australian PhD is even more recent, with the first only awarded in 1948 and still relatively rare until the 1970s (Nelson 3; Valadkhani and Ville). Additionally, PhDs in the USA, Canada and Denmark today almost always incorporate a significant taught coursework element (Noble). This is unlike the ‘traditional’ PhD in the UK and Australia, although the UK also currently offers a number of what are known there as ‘taught doctorates’. Somewhat confusingly, while these do incorporate coursework, they still include a significant research component (UKCGE). However, the UK is also adopting what has been identified as an American-inflected model which consists mostly, or largely, of coursework, and which is becoming known as the ‘New Route British PhD’ (Jolley 228). It could be posited that, within such a competitive market environment, which appears to be driven by both a drive for novelty and a desire to meet consumer demand, obsolescence therefore, and necessarily, threatens the very existence of the ‘traditional’ PhD. This obsolescence could be seen as especially likely as, alongside the existence of the above mentioned ‘new’ degrees, the ‘traditional’ research-based PhD at some universities in Australia and the UK in particular is, itself, also in the process of becoming ‘professionalised’, with some (still traditionally-framed) programs nevertheless incorporating workplace-oriented frameworks and/or experiences (Jolley 229; Kroll and Brien) to meet professionally-focused objectives that it is acknowledged cannot be met by producing a research thesis alone. While this emphasis can be seen as operating at the expense of specific disciplinary knowledge (Pole 107; Ball; Laing and Brabazon 265), and criticised for that, this workplace focus has arisen, internationally, as an institutional response to requests from both governments and industry for training in generic skills in university programs at all levels (Manathunga and Wissler). At the same time, the acknowledged unpredictability of the future workplace is driving a cognate move from discipline specific knowledge to what have been described as “problem solving and knowledge management approaches” across all disciplines (Gilbert; Valadkhani and Ville 2). While few query a link between university-level learning and the needs of the workplace, or the motivating belief that the overarching role of higher education is the provision of professional training for its client-students (see Laing and Brabazon for an exception), it also should be noted that a lack of relevance is one of the contributors to dysfunction, and thence to obsolescence. The PhD as Dysfunctional Degree? Perhaps, however, it is not competition that threatens the traditional PhD but, rather, its own design flaws. A report in The New York Times in 2007 alerted readers to what many supervisors, candidates, and researchers internationally have recognised for some time: that the PhD may be dysfunctional (Berger). In Australia and elsewhere, attention has focused on the uneven quality of doctoral-level degrees across institutions, especially in relation to their content, rigor, entry and assessment standards, and this has not precluded questions regarding the PhD (AVCC; Carey, Webb, Brien; Neumann; Jolley; McWilliam et al., "Silly"). It should be noted that this important examination of standards has, however, been accompanied by an increase in the awarding of Honorary Doctorates. This practice ranges from the most reputable universities’ recognising individuals’ significant contributions to knowledge, culture and/or society, to wholly disreputable institutions offering such qualifications in return for payment (Starrs). While generally contested in terms of their status, Honorary Doctorates granted to sports, show business and political figures are the most controversial and include an award conferred on puppet Kermit the Frog in 1996 (Jeffries), and some leading institutions including MIT, Cornell University and the London School of Economics and Political Science are distinctive in not awarding Honorary Doctorates. However, while distracting, the Honorary Doctorate itself does not answer all the questions regarding the quality of doctoral programs in general, or the Doctor of Philosophy in particular. The PhD also has high attrition rates: 50 per cent or more across Australia, the USA and Canada (Halse 322; Lovitts and Nelson). For those who remain in the programs, lengthy completion times (known internationally as ‘time-to-degree’) are common in many countries, with averages of 10.5 years to completion in Canada, and from 8.2 to more than 13 years (depending on discipline) in the USA (Berger). The current government performance-based funding model for Australian research higher degrees focuses attention on timely completion, and there is no doubt that, under this system—where universities only receive funding for a minimum period of candidature when those candidates have completed their degrees—more candidates are completing within the required time periods (Cuthbert). Yet, such a focus has distracted from assessment of the quality and outcomes of such programs of study. A detailed survey, based on the theses lodged in Australian libraries, has estimated that at least 51,000 PhD theses were completed in Australia to 2003 (Evans et al. 7). However, little attention has been paid to the consequences of this work, that is, the effects that the generation of these theses has had on either candidates or the nation. There has been no assessment, for instance, of the impact on candidates of undertaking and completing a doctorate on such facets of their lives as their employment opportunities, professional choices and salary levels, nor any effect on their personal happiness or levels of creativity. Nor has there been any real evaluation of the effect of these degrees on GDP, rates of the commercialisation of research, the generation of intellectual property, meeting national agendas in areas such as innovation, productivity or creativity, and/or the quality of the Australian creative and performing arts. Government-funded and other Australian studies have, however, noted for at least a decade both that the high numbers of graduates are mismatched to a lack of market demand for doctoral qualifications outside of academia (Kemp), and that an oversupply of doctorally qualified job seekers is driving wages down in some sectors (Jones 26). Even academia is demanding more than a PhD. Within the USA, doctoral graduates of some disciplines (English is an often-cited example) are undertaking second PhDs in their quest to secure an academic position. In Australia, entry-level academic positions increasingly require a scholarly publishing history alongside a doctoral-level qualification and, in common with other quantitative exercises in the UK and in New Zealand, the current Excellence in Research for Australia research evaluation exercise values scholarly publications more than higher degree qualifications. Concluding Remarks: The PhD as Obsolete or Retro-Chic? Disciplines and fields are reacting to this situation in various ways, but the trend appears to be towards increased market segmentation. Despite these charges of PhD dysfunction, there are also dangers in the over-differentiation of higher degrees as a practice. If universities do not adequately resource the professional development and other support for supervisors and all those involved in the delivery of all these degrees, those institutions may find that they have spread the existing skills, knowledge and other institutional assets too thinly to sustain some or even any of these degrees. This could lead to the diminishing quality (and an attendant diminishing perception of the value) of all the higher degrees available in those institutions as well as the reputation of the hosting country’s entire higher education system. As works in progress, the various ‘new’ doctoral degrees can also promote a sense of working on unstable ground for both candidates and supervisors (McWilliam et al., Research Training), and higher degree examiners will necessarily be unfamiliar with expected standards. Candidates are attempting to discern the advantages and disadvantages of each form in order to choose the degree that they believe is right for them (see, for example, Robins and Kanowski), but such assessment is difficult without the benefit of hindsight. Furthermore, not every form may fit the unpredictable future aspirations of candidates or the volatile future needs of the workplace. The rate with which everything once new descends from stylish popularity through stages of unfashionableness to become outdated and, eventually, discarded is increasing. This escalation may result in the discipline-based research PhD becoming seen as archaic and, eventually, obsolete. Perhaps, alternatively, it will lead to newer and more fashionable forms of doctoral study being discarded instead. Laing and Brabazon go further to find that all doctoral level study’s inability to “contribute in a measurable and quantifiable way to social, economic or political change” problematises the very existence of all these degrees (265). Yet, we all know that some objects, styles, practices and technologies that become obsolete are later recovered and reassessed as once again interesting. They rise once again to be judged as fashionable and valuable. Perhaps even if made obsolete, this will be the fate of the PhD or other doctoral degrees?References Australian Qualifications Framework (AQF). “Doctoral Degree”. AQF Qualifications. 4 May 2009 ‹http://www.aqf.edu.au/doctor.htm›. Australian Vice-Chancellors’ Committee (AVCC). Universities and Their Students: Principles for the Provision of Education by Australian Universities. Canberra: AVCC, 2002. 4 May 2009 ‹http://www.universitiesaustralia.edu.au/documents/publications/Principles_final_Dec02.pdf›. Ball, L. “Preparing Graduates in Art and Design to Meet the Challenges of Working in the Creative Industries: A New Model For Work.” Art, Design and Communication in Higher Education 1.1 (2002): 10–24. Berger, Joseph. “Exploring Ways to Shorten the Ascent to a Ph.D.” Education. The New York Times, 3 Oct. 2008. 4 May 2009 ‹http://nytimes.com/2007/10/03/education/03education.html›. Borghans, Lex, and Andries de Grip. Eds. The Overeducated Worker?: The Economics of Skill Utilization. Cheltenham, UK: Edward Elgar, 2000. Bourner, T., R. Bowden and S. Laing. “Professional Doctorates in England”. Studies in Higher Education 26 (2001) 65–83. Brien, Donna Lee. “Publish or Perish?: Investigating the Doctorate by Publication in Writing”. The Creativity and Uncertainty Papers: the Refereed Proceedings of the 13th Conference of the Australian Association of Writing Programs. AAWP, 2008. 4 May 2009 ‹http://www.aawp.org.au/creativity-and-uncertainty-papers›. Bulow, Jeremy. “An Economic Theory of Planned Obsolescence.” The Quarterly Journal of Economics 101.4 (Nov. 1986): 729–50. Carey, Janene, Jen Webb, and Donna Lee Brien. “Examining Uncertainty: Australian Creative Research Higher Degrees”. The Creativity and Uncertainty Papers: the Refereed Proceedings of the 13th Conference of the Australian Association of Writing Programs. AAWP, 2008. 4 May 2009 ‹http://www.aawp.org.au/creativity-and-uncertainty-papers›. Chauhan, S. P., and Daisy Chauhan. “Human Obsolescence: A Wake–up Call to Avert a Crisis.” Global Business Review 9.1 (2008): 85–100. Claudio, Luz. "Environmental Impact of the Clothing Industry." Environmental Health Perspectives 115.9 (Set. 2007): A449–54. Cuthbert, Denise. “HASS PhD Completions Rates: Beyond the Doom and Gloom”. Council for the Humanities, Arts and Social Sciences, 3 March 2008. 4 May 2009 ‹http://www.chass.org.au/articles/ART20080303DC.php›. Draper, S. W. PhDs by Publication. University of Glasgow, 11 Aug. 2008. 4 May 2009 ‹http://www.psy.gla.ac.uk/~steve/resources/phd.html. Dubin, Samuel S. “Obsolescence or Lifelong Education: A Choice for the Professional.” American Psychologist 27.5 (1972): 486–98. Evans, Terry, Peter Macauley, Margot Pearson, and Karen Tregenza. “A Brief Review of PhDs in Creative and Performing Arts in Australia”. Proceeding of the Association for Active Researchers Newcastle Mini-Conference, 2–4 October 2003. Melbourne: Australian Association for Research in Education, 2003. 4 May 2009 ‹http://www.aare.edu.au/conf03nc. Gilbert, R. “A Framework for Evaluating the Doctoral Curriculum”. Assessment and Evaluation in Higher Education 29.3 (2004): 299–309. Gould, Eric D., Omer Moav, and Bruce A. Weinberg. “Skill Obsolescence and Wage Inequality within Education Groups.” The Economics of Skills Obsolescence. Eds. Andries de Grip, Jasper van Loo, and Ken Mayhew. Amsterdam: JAI Press, 2002. 215–34. Halse, Christine. “Is the Doctorate in Crisis?” Nagoya Journal of Higher Education 34 Apr. (2007): 321–37. Holtmann, A.G. “On-the-Job Training, Obsolescence, Options, and Retraining.” Southern Economic Journal 38.3 (1972): 414–17. Janßen, Simon, and Uschi Backes-Gellner. “Skill Obsolescence, Vintage Effects and Changing Tasks.” Applied Economics Quarterly 55.1 (2009): 83–103. Jeffries, Stuart. “I’m a Celebrity, Get Me an Honorary Degree”. The Guardian 6 July 2006. 4 May 2009 ‹http://www.guardian.co.uk/music/2006/jul/06/highereducation.popandrock. Jolley, Jeremy. “Choose your Doctorate.” Journal of Clinical Nursing 16.2 (2007): 225–33. Jones, Elka. “Beyond Supply and Demand: Assessing the Ph.D. Job Market.” Occupational Outlook Quarterly Winter (2002-2003): 22–33. Kemp, D. ­New Knowledge, New Opportunities: A Discussion Paper on Higher Education Research and Research Training. Canberra: Australian Government Printing Service, 1999. Kondoh, Shinsuke, Keijiro Masui, Mitsuro Hattori, Nozomu Mishima, and Mitsutaka Matsumoto. “Total Performance Analysis of Product Life Cycle Considering the Deterioration and Obsolescence of Product Value.” International Journal of Product Development 6.3–4 (2008): 334–52. Kroll, Jeri, and Donna Lee Brien. “Studying for the Future: Training Creative Writing Postgraduates For Life After Degrees.” Australian Online Journal of Arts Education 2.1 July (2006): 1–13. Laing, Stuart, and Tara Brabazon. “Creative Doctorates, Creative Education? Aligning Universities with the Creative Economy.” Nebula 4.2 (June 2007): 253–67. Lee, Alison, Marie Brennan, and Bill Green. “Re-imagining Doctoral Education: Professional Doctorates and Beyond.” Higher Education Research & Development 28.3 2009): 275–87. Lee, Ho, and Jonghwa Lee. “A Theory of Economic Obsolescence.” The Journal of Industrial Economics 46.3 (Sep. 1998): 383–401. Lovitts, B. E., and C. Nelson. “The Hidden Crisis in Graduate Education: Attrition from Ph.D. Programs.” Academe 86.6 (2000): 44–50. Manathunga, Catherine, and Rod Wissler. “Generic Skill Development for Research Higher Degree Students: An Australian Example”. International Journal of Instructional Media, 30.3 (2003): 233–46. Maxwell, T. W. “From First to Second Generation Professional Doctorate.” Studies in Higher Education 28.3 (2003): 279–91. McKelvey, Maureen, and Magnus Holmén. Ed. Learning to Compete in European Universities: From Social Institution to Knowledge Business. Cheltenham, UK: Edward Elgar Publishing, 2009. McWilliam, Erica, Alan Lawson, Terry Evans, and Peter G Taylor. “‘Silly, Soft and Otherwise Suspect’: Doctoral Education as Risky Business”. Australian Journal of Education 49.2 (2005): 214–27. 4 May 2009. http://eprints.qut.edu.au/archive/00004171. McWilliam, Erica, Peter G. Taylor, P. Thomson, B. Green, T. W. Maxwell, H. Wildy, and D. Simmons. Research Training in Doctoral Programs: What Can Be Learned for Professional Doctorates? Evaluations and Investigations Programme 02/8. Canberra: Commonwealth of Australia, 2002. Nelson, Hank. “A Doctor in Every House: The PhD Then Now and Soon”. Occasional Paper GS93/3. Canberra: The Graduate School, Australian National University, 1993. 4 May 2009 ‹http://dspace.anu.edu.au/bitstream/1885/41552/1/GS93_3.pdf›. Neumann, Ruth. The Doctoral Education Experience: Diversity and Complexity. 03/12 Evaluations and Investigations Programme. Canberra: Department of Education, Science and Training, 2003. Noble K. A. Changing Doctoral Degrees: An International Perspective. Buckingham: Society for Research into Higher Education, 1994. Park, Chris. Redefining the Doctorate: Discussion Paper. York: The Higher Education Academy, 2007. Pole, Christopher. “Technicians and Scholars in Pursuit of the PhD: Some Reflections on Doctoral Study.” Research Papers in Education 15 (2000): 95–111. Robins, Lisa M., and Peter J. Kanowski. “PhD by Publication: A Student’s Perspective”. Journal of Research Practice 4.2 (2008). 4 May 2009 ‹http://jrp.icaap.org›. Sheely, Stephen. “The First Among Equals: The PhD—Academic Standard or Historical Accident?”. Advancing International Perspectives: Proceedings of the Higher Education Research and Development Society of Australasia Conference, 1997. 654-57. 4 May 2009 ‹http://www.herdsa.org.au/wp-content/uploads/conference/1997/sheely01.pdf›. Texeira, Pedro, Ben Jongbloed, David Dill, and Alberto Amaral. Eds. Markets in Higher Education: Rethoric or Reality? Dordrecht, the Netherlands: Kluwer, 2004. UK Council for Graduate Education (UKCGE). Professional Doctorates. Dudley: UKCGE, 2002. Unruh, Gregory C. “The Biosphere Rules.” Harvard Business Review Feb. 2008: 111–17. Usher R. “A Diversity of Doctorates: Fitness for the Knowledge Economy?”. Higher Education Research & Development 21 (2002): 143–53. Valadkhani, Abbas, and Simon Ville. “A Disciplinary Analysis of the Contribution of Academic Staff to PhD Completions in Australian Universities”. International Journal of Business & Management Education 15.1 (2007): 1–22. Waldman, Michael. “A New Perspective on Planned Obsolescence.” The Quarterly Journal of Economics 108.1 (Feb. 1993): 273–83.

«For a place to leave an impression on us, it must be made of time as well as space – of its past, its history, its culture» (Sciascia, 1987). Architecture is one the many disciplines which, due to their heteronomous nature, aspire to represent the past, present and future of a community. Just as the construction of buildings is not merely a response to a need, but rather an act that incorporates the concrete translation of desires and aspirations, so too do music, philosophy, and the figurative arts reflect contemporary themes in their evolution. The fragmentation of skills, the specialisation of knowledge, the rapid modification of the tools we work with, the digitalisation and hyperdevelopment of communication are all phenomena that have a substantial impact on the evolution of disciplines in a reciprocal interaction with the intangible values of a community – economic, social and cultural – as well as the material assets of the places where it expresses itself. Interpreting heteronomy as a condition in which an action is not guided by an autonomous principle that is intrinsic to the discipline, but rather determined by its interaction with external factors, a theoretical reflection on the evolution of the tools of knowledge and creation has the task of defining possible scenarios capable of tackling the risk of losing an ability to synthesise the relationships between the conditions that define the identity of architecture itself. The challenge of complexity is rooted in social, technological and environmental shifts: a challenge that involves space, a material resource, in its global scale and its human measure; and time, an immaterial resource, nowadays evaluated in terms of speed and flexibility, but also duration and permanence. These elements impact upon the project as a whole, as a combination of multiple forms of knowledge which, given their constant evolution, is subject to continuous comparison. The cultural debate has investigated at length the topic of art being forced to devote itself to heteronomy whilst also retaining a need for aesthetic autonomy. The risk of forgetting its own ontological status, of losing its own identity in the fragmentation and entropy of the contemporary world, finds an answer in the idea of design as a synthesis between an artistic idea and the social and environmental conditions in which it is places, configuring itself as an element capable of reconciling the antithetical drives towards an autonomous vision of the work, on the one hand, and a heteronomous one linked to its geographical, cultural, sociological and psychological characteristics, on the other. In the systemic and concerted working process so intrinsic to disciplines such as filmmaking and music – but also the visual arts or even philosophy – the act of designing is the expression of the relationship with a community of individuals whose actions are based on a role that is as social as it is technical, given that they act based on material and immaterial values of a public nature. If indeed the sciences – as Thomas Kuhn demonstrated in his writings on the scientific revolutions – cannot be understood without their historical dimension, then disciplines such as those addressed in this Dossier represent cultural phenomena that can only truly be understood in their entirety when considered in the context of their era and the many factors that fed into their creation. However, precisely as demonstrated by Kuhn’s theories (Kuhn, 1987), their evolution also consists of “scientific revolutions”: moments of disruption capable of changing the community’s attitude towards the discipline itself and, perhaps more importantly, its paradigms. Music, cinema, art, architecture and philosophy are all expressions of that which makes us human, in all its complexity: divided and confined to their own disciplinary fields, they are not capable of expressing the poetic quality of life and thus «making people feel and become aware of the aesthetic feeling» (Morin, 2019). Emanuele Coccia, an internationally renowned philosopher and associate professor at the École des Hautes Études en Sciences Sociales in Paris, imagines a world in which everything you see is the product of an intentionality articulated by human, non-human and non-living actors. Design – not only anthropocentric design – is the most universal power in the world. Every living being can, in effect, design the world, but at the same time, every agent of matter can also design, and it is the interplay between these elements that creates a continuous metamorphosis of our environment. In other words, being alive is not a necessary condition for being a designer. The two anthropologists Alfred Gell and Philippe Descola, in their writings on Western society and nature, present contrasting views on the presence of the soul/animism in nature. The result is a sort of architecture of the landscape, in which nature itself is imbued with a sense of design intentionality that exists in a continuum with mankind. Edoardo Tresoldi, a young Italian sculptor, is one of the latest exponents of the heteronomy of architecture, which rejects the limiting confines of individual disciplines so as to imagine a transversal vision of the environment and its construction. Through the interplay of transparencies created with ephemeral metal structures, Tresoldi exalts the geometrical qualities of this raw material, going beyond the simple spatiotemporal dimension to establish a dialogue between place and the artistic representation thereof. Tresoldi recounts this journey of his through five themes: Place, because architecture in itself is markedly conditioned by its context, as is – in his case – art; Design, that is the act of envisaging the work, which is ultimately influenced by everything around us and our imagination; Time, as art is characterised by a potential interweaving, a continuity in the creative processes influenced by the history of the place; Material, or rather, materiality and the duality between the technical and artistic parts; and, finally, “What’s Next”, exploring the idea of what the future holds for us. On this last point, Tresoldi imagines his works further opening up to a diversified range of skills in a way that would also carve out new professional profiles for young people. Cristina Frosini, Director of the Milan Conservatory, with a contribution on music – «the supreme mystery of the sciences of man» (Lévi-Strauss, 2004) – offers reflections on a field with deep affinities with the discipline of architecture, with both sharing a strong relationship between composition and execution. The sheer vastness of musical expression, from the precision of the classical score to the freedom of interpretation exemplified by the conductor or the improvising jazz musician, sees the concepts of overall rhythm and melody, the homogeneity and identity of different instruments, and the circularity of the process as the key themes of music as a public art whose creative process has always been founded upon the relationship between technical factors and cultural factors. The contribution provided by Michele Guerra, an academic and professor of History of Cinema, confirms the words of Edgar Morin. «Nowadays, cinema is widely recognised as an art, and in my opinion, it is a tremendous polyphonic and polymorphous art that is capable of stimulating and integrating into itself the virtues of all the other arts: novel-writing, theatre, music, painting, scenography, photography. [...] it can be said that those who participate in the creation of a film are artisans, artists, who play an important role in the aesthetics of the film» (Morin, 2019). The work of the “cinematographic construction site” is driven by forces which, incorporating the status quo of the technical and material factors, lead to “an idea of imaginary metamorphosis” which reflects the aspirations of a society in its efforts to become contemporary. A concept of a heteronomous approach to “making” is also founded upon recognising the didactic value of the work, as emerges from Luigi Alini’s contribution on the figure of Vittorio Garatti – an intellectual first and architect second – whose pieces are the result of work that is as much immaterial as it is material, with an «experiential rather than mediatic» approach (Frampton, in Borsa and Carboni Maestri, 2018), as true architecture is expected to be. The heteronomy of architecture, much like that of other similar disciplines, is based on engagement on two fronts: an understanding of the relevant international scenarios and the definition of the project charter, with a view to conforming it so that it takes into account any changes, operates in continuity with and with an appreciation for history, and develops in harmony with the universality of the discipline and the teachings of its masters. Stimulating a dialogue between different cultural positions is a means to create the conditions for a degree of adherence to contemporaneity without compromising on a principle of historical continuity. In light of this, the contribution by Ferruccio Resta – the current Rector of the Politecnico di Milano – focuses on the varying cultural and intellectual positions that have animated the culture of the Politecnico over the years, representing a highly valuable heritage for the university. Nowadays, with the presence of certain indispensable premises such as sustainability and connectivity, technology seems to overwhelm the design process, outsourcing it to a sort of management of the engineering and component production aspects. Hence the need to reaffirm a “humanistic and human” dimension of the act of making, starting at the root by orienting the training processes in line with the words of historian and philosopher Yuval Noah Harari, who says: «Many pedagogical experts argue that schools should switch to teaching “the four Cs” – critical thinking, communication, collaboration, and creativity. More broadly, they believe, schools should downplay technical skills and emphasize general-purpose life skills. Most important of all will be the ability to deal with change, learn new things, and preserve your mental balance in unfamiliar situations». This need reopens the theme of the dualism between “art” and “discipline”, surpassing it in favour of a coexistence of terminology in that it is the quality of the design and the piece that define where it belongs. Reflecting on the foundations of the paths and tools employed in different disciplines – in light of the innovations that involve the project charter in terms not only of concepts, but also of instruments – means reflecting on the concept of “project culture”, understood as the ability to work through actions which combine different contributions, tackling complex problems by way of a conscious creative process. The ability to envisage the new – as is implicit in the etymology of the word “project” itself – and, at the same time, to interpret continuity in the sense of a coherent system of methods and values, is shared by the disciplines and skills brought together in the Dossier: dealing with culture, society, the city, the landscape and the environment all at once requires a multifaceted vision, an ability to read problems, but also a certain openmindedness towards opportunities, the management of complexities, control of the risks of drops in quality in service of concepts of efficiency based on numerical parameters and the standardisation of languages. A comparison of the various contributions and perspectives throws up a picture in which the importance of relationships, the search for what Eiffell defined «the secret laws of harmony», the disciplinary specificity of design as the ability to relate in order to «understand, criticise, transform» (Gregotti, 1981), the ability to distinguish that which is different by involving it in the transformation of design, all represent the foundations for the evolution of heteronomous disciplines in how they move beyond the notions of technique and context as passive referents which generate possibilities in line with the Rogersian reflection on pre-existing environmental elements as historical conditions for reference, critically taken on as determinants. Hence the validity of a “polytechnic” cultural approach that is not only capable of deploying tools and skills which can deal with the operating conditions to be found in a heteronomous context, but also of stimulating critical approaches oriented towards innovation and managing change with the perspective of a project as an opportunity – in the words of Franco Albini – for «experimentation and verification in relation to the progression of construction techniques, tools for investigation, knowledge in the various fields and in relation to the shifts in contemporary culture» (Albini, 1968). The need for a sense of humanism is strongly linked to the reintroduction of the concept of “beauty”, in its modern meaning, under which it shifts from a subjective value to a universal one. Hence the importance of the dialogue with disciplines that identify with the polytechnic mould – that is, one which has always been deeply attentive to the relationship between theory and practice, to the design of architecture as an action that is at once intellectual and technical. As such, starting from the assumption that «no theory can be pursued without hitting a wall that only practice can penetrate» (Deleuze and Foucault 1972; Deleuze, 2002; Foucault, 1977; Deleuze, 2007), it is now essential to promote the professional profiles of artists, musicians, philosophers, humanistic architects and so on who are capable of managing design as a synthesis of external factors, but also as an internal dialectic, as well as skills capable of creating culture understood as technical knowledge. Sometimes, faced with the difficulty of discerning an identity for disciplines, we attempt to draw a boundary that allows us to better understand their meaning and content. However, going on the points of view that have emerged in the Dossier, it seems more important than ever to «work on the boundaries of each field of knowledge», drawing upon a concept expressed by Salvatore Veca (Veca, 1979), making communication between fields a central value, interpreting relationships and connections, identifying the relational perspective as a fundamental aspect of the creative act. The position of architecture as an “art at the edge of the arts”1, as so often posited by Renzo Piano, allows for a reflection on its identity by placing it in a position that centralises rather than marginalises it. A concept of “edge” that touches upon the sociological viewpoint that distinguishes the “finite limit” (boundary) from the “area of interaction” (border) (Sennet, 2011; Sennet, 2018), in which the transformational yet constructive contact with the entities necessary for its realisation takes place. The heteronomy of architecture coincides with its “universality”, a concept that Alberto Campo Baeza (Campo Baeza, 2018) believes to represent the identity of architecture itself. Indeed, its dependence upon human life, the development of society, of its cultural growth, derives from a single and inalienable factor: its heteronomy, the necessary condition for a process as artistic as it is technical, tasked with expressing the values of a community over time and representing the “beautiful” rather than the “new”. A design practice based on – to borrow some concepts already expressed years ago by Edgar Morin – “contaminations that are necessary as well as possible”, on the contribution of “knowledge as an open system”, but above all, one aimed at working “against the continuities incapable of grasping the dynamics of change” (Morin, 1974), thus becomes an opportunity to develop a theory on the identity of the discipline itself, striking a balance between the technical and poetic spheres, but necessarily materialising in the finished work, lending substance to the «webs of intricate relationships that seek form» (Italo Calvino).

IntroductionIf human beings have become a geophysical force, capable of impacting the very crust and atmosphere of the planet, and if geophysical forces become objects of study, presences able to be charted over millions of years—one of our many problems is a 'naming' problem. - Bethany NowviskieThe anthropocene "denotes the present time interval, in which many geologically significant conditions and processes are profoundly altered by human activities" (S.Q.S.). Although the narrative and terminology of the anthropocene has not been officially legitimized by the scientific community as a whole, it has been adopted worldwide by a plethora of social and cultural studies. The challenges of the anthropocene demand interdisciplinary efforts and actions. New contexts, situations and environments call for original naming propositions: new terminologies are always illegitimate at the moment of their first appearance in the world.Against the background of the naming challenges of the anthropocene, we will map the emergence and tell the story of a tiny world within the world of media studies: the world of the term 'nanomedia' and its hyphenated sister 'nano-media'. While we tell the story of the uses of this term, its various meanings and applications, we will provide yet another possible interpretation and application to the term, one that we believe might be helpful to interdisciplinary media studies in the context of the anthropocene. Contemporary media terminologies are usually born out of fortuitous exchanges between communication technologies and their various social appropriations: hypodermic media, interactive media, social media, and so on and so forth. These terminologies are either recognised as the offspring of legitimate scientific endeavours by the media theory community, or are widely discredited and therefore rendered illegitimate. Scientific legitimacy comes from the broad recognition and embrace of a certain term and its inclusion in the canon of an epistemology. Illegitimate processes of theoretical enquiry and the study of the kinds of deviations that might deem a theory unacceptable have been scarcely addressed (Delborne). Rejected terminologies and theories are marginalised and gain the status of bastard epistemologies of media, considered irrelevant and unworthy of mention and recognition. Within these margins, however, different streams of media theories which involve conceptual hybridizations can be found: creole encounters between high culture and low culture (James), McLuhan's hybrid that comes from the 'meeting of two media' (McLuhan 55), or even 'bastard spaces' of cultural production (Bourdieu). Once in a while a new media epistemology arises that is categorised as a bastard not because of plain rejection or criticism, but because of its alien origins, formations and shape. New theories are currently emerging out of interdisciplinary and transdisciplinary thinking which are, in many ways, bearers of strange features and characteristics that might render its meaning elusive and obscure to a monodisciplinary perspective. Radical transdisciplinary thinking is often alien and alienated. It results from unconventional excursions into uncharted territories of enquiry: bastard epistemologies arise from such exchanges. Being itself a product of a mestizo process of thinking, this article takes a look into the term nanomedia (or nano-media): a marginal terminology within media theory. This term is not to be confounded with the term biomedia, coined by Eugene Thacker (2004). (The theory of biomedia has acquired a great level of scientific legitimacy, however it refers to the moist realities of the human body, and is more concerned with cyborg and post-human epistemologies. The term nanomedia, on the contrary, is currently being used according to multiple interpretations which are mostly marginal, and we argue, in this paper, that such uses might be considered illegitimate). ’Nanomedia’ was coined outside the communications area. It was first used by scientific researchers in the field of optics and physics (Rand et al), in relation to flows of media via nanoparticles and optical properties of nanomaterials. This term would only be used in media studies a couple of years later, with a completely different meaning, without any acknowledgment of its scientific origins and context. The structure of this narrative is thus illegitimate, and as such does not fit into traditional modalities of written expression: there are bits and pieces of information and epistemologies glued together as a collage of nano fragments which combine philology, scientific literature, digital ethnography and technology reviews. Transgressions Illegitimate theories might be understood in terms of hybrid epistemologies that intertwine disciplines and perspectives, rendering its outcomes inter or transdisciplinary, and therefore prone to being considered marginal by disciplinary communities. Such theories might also be considered illegitimate due to social and political power struggles which aim to maintain territory by reproducing specific epistemologies within a certain field. Scientific legitimacy is a social and political process, which has been widely addressed. Pierre Bourdieu, in particular, has dedicated most of his work to deciphering the intricacies of academic wars around the legitimacy or illegitimacy of theories and terminologies. Legitimacy also plays a role in determining the degree to which a certain theory will be regarded as relevant or irrelevant:Researchers’ tendency to concentrate on those problems regarded as the most important ones (e.g. because they have been constituted as such by producers endowed with a high degree of legitimacy) is explained by the fact that a contribution or discovery relating to those questions will tend to yield greater symbolic profit (Bourdieu 22).Exploring areas of enquiry which are outside the boundaries of mainstream scientific discourses is a dangerous affair. Mixing different epistemologies in the search for transversal grounds of knowledge might result in unrecognisable theories, which are born out of a combination of various processes of hybridisation: social, technological, cultural and material.Material mutations are happening that call for new epistemologies, due to the implications of current technological possibilities which might redefine our understanding of mediation, and expand it to include molecular forms of communication. A new terminology that takes into account the scientific and epistemological implications of nanotechnology applied to communication [and that also go beyond cyborg metaphors of a marriage between biology and cibernetics] is necessary. Nanomedia and nanomediations are the terminologies proposed in this article as conceptual tools to allow these further explorations. Nanomedia is here understood as the combination of different nanotechnological mediums of communication that are able to create and disseminate meaning via molecular exchange and/ or assembly. Nanomediation is here defined as the process of active transmission and reception of signs and meaning using nanotechnologies. These terminologies might help us in conducting interdisciplinary research and observations that go deeper into matter itself and take into account its molecular spaces of mediation - moving from metaphor into pragmatics. Nanomedia(s)Within the humanities, the term 'nano-media' was first proposed by Mojca Pajnik and John Downing, referring to small media interventions that communicate social meaning in independent ways. Their use of term 'nano-media' proposes to be a revised alternative to the plethora of terms that categorise such media actions, such as alternative media, community media, tactical media, participatory media, etc. The metaphor of smallness implied in the term nano-media is used to categorise the many fragments and complexities of political appropriations of independent media. Historical examples of the kind of 'nano' social interferences listed by Downing (2),include the flyers (Flugblätter) of the Protestant Reformation in Germany; the jokes, songs and ribaldry of François Rabelais’ marketplace ... the internet links of the global social justice (otromundialista) movement; the worldwide community radio movement; the political documentary movement in country after country.John Downing applies the meaning of the prefix nano (coming from the Greek word nanos - dwarf), to independent media interventions. His concept is rooted in an analysis of the social actions performed by local movements scattered around the world, politically engaged and tactically positioned. A similar, but still unique, proposition to the use of the term 'nano-media' appeared 2 years later in the work of Graham St John (442):If ‘mass media’ consists of regional and national print and television news, ‘niche media’ includes scene specific publications, and ‘micro media’ includes event flyers and album cover art (that which Eshun [1998] called ‘conceptechnics’), and ‘social media’ refers to virtual social networks, then the sampling of popular culture (e.g. cinema and documentary sources) using the medium of the programmed music itself might be considered nano-media.Nano-media, according to Graham St John, "involves the remediation of samples from popular sources (principally film) as part of the repertoire of electronic musicians in their efforts to create a distinct liminalized socio-aesthetic" (St John 445). While Downing proposes to use the term nano-media as a way to "shake people free of their obsession with the power of macro-media, once they consider the enormous impact of nano-technologies on our contemporary world" (Downing 1), Graham St John uses the term to categorise media practices specific to a subculture (psytrance). Since the use of the term 'nano-media' in relation to culture seems to be characterised by the study of marginalised social movements, portraying a hybrid remix of conceptual references that, if not completely illegitimate, would be located in the border of legitimacy within media theories, I am hereby proposing yet another bastard version of the concept of nanomedia (without a hyphen). Given that neither of the previous uses of the term 'nano-media' within the discipline of media studies take into account the technological use of the prefix nano, it is time to redefine the term in direct relation to nanotechnologies and communication devices. Let us start by taking a look at nanoradios. Nanoradios are carbon nanotubes connected in such a way that when electrodes flow through the nanotubes, various electrical signals recover the audio signals encoded by the radio wave being received (Service). Nanoradios are examples of the many ways in which nanotechnologies are converging with and transforming our present information and communication technologies. From molecular manufacturing (Drexler) to quantum computing (Deutsch), we now have a wide spectrum of emerging and converging technologies that can act as nanomedia - molecular structures built specifically to act as communication devices.NanomediationsBeyond literal attempts to replicate traditional media artifacts using nanotechnologies, we find deep processes of mediation which are being called nanocommunication (Hara et al.) - mediation that takes place through the exchange of signals between molecules: Nanocommunication networks (nanonetworks) can be used to coordinate tasks and realize them in a distributed manner, covering a greater area and reaching unprecedented locations. Molecular communication is a novel and promising way to achieve communication between nanodevices by encoding messages inside molecules. (Abadal & Akyildiz) Nature is nanotechnological. Living systems are precise mechanisms of physical engineering: our molecules obey our DNA and fall into place according to biological codes that are mysteriously written in our every cell. Bodies are perfectly mediated - biological systems of molecular communication and exchange. Humans have always tried to emulate or to replace natural processes by artificial ones. Nanotechnology is not an exception. Many nanotechnological applications try to replicate natural systems, for example: replicas of nanostructures found in lotus flowers are now being used in waterproof fabrics, nanocrystals, responsible for resistance of cobwebs, are being artificially replicated for use in resistant materials, and various proteins are being artificially replicated as well (NNI 05). In recent decades, the methods of manipulation and engineering of nano particles have been perfected by scientists, and hundreds of nanotechnological products are now being marketed. Such nano material levels are now accessible because our digital technologies were advanced enough to allow scientific visualization and manipulation at the atomic level. The Scanning Tunneling Microscopes (STMs), by Gerd Binnig and Heinrich Rohrer (1986), might be considered as the first kind of nanomedia devices ever built. STMs use quantum-mechanical principles to capture information about the surface of atoms and molecules, allowed digital imaging and visualization of atomic surfaces. Digital visualization of atomic surfaces led to the discovery of buckyballs and nanotubes (buckytubes), structures that are celebrated today and received their names in honor of Buckminster Fuller. Nanotechnologies were developed as a direct consequence of the advancement of digital technologies in the fields of scientific visualisation and imaging. Nonetheless, a direct causal relationship between nano and digital technologies is not the only correlation between these two fields. Much in the same manner in which digital technologies allow infinite manipulation and replication of data, nanotechnologies would allow infinite manipulation and replication of molecules. Nanocommunication could be as revolutionary as digital communication in regards to its possible outcomes concerning new media. Full implementation of the new possibilities of nanomedia would be equivalent or even more revolutionary than digital networks are today. Nanotechnology operates at an intermediate scale at which the laws of classical physics are mixed to the laws of quantum physics (Holister). The relationship between digital technologies and nanotechnologies is not just instrumental, it is also conceptual. We might compare the possibilities of nanotechnology to hypertext: in the same way that a word processor allows the expression of any type of textual structure, so nanotechnology could allow, in principle, for a sort of "3-D printing" of any material structure.Nanotechnologies are essentially media technologies. Nanomedia is now a reality because digital technologies made possible the visualization and computational simulation of the behavior of atomic particles at the nano level. Nanomachines that can build any type of molecular structure by atomic manufacturing could also build perfect replicas of themselves. Obviously, such a powerful technology offers medical and ecological dangers inherent to atomic manipulation. Although this type of concern has been present in the global debate about the social implications of nanotechnology, its full implications are yet not entirely understood. A general scientific consensus seems to exist, however, around the idea that molecules could become a new type of material alphabet, which, theoretically, would make possible the reconfiguration of the physical structures of any type of matter using molecular manufacturing. Matter becomes digital through molecular communication.Although the uses given to the term nano-media in the context of cultural and social studies are merely metaphorical - the prefix nano is used by humanists as an allegorical reference of a combination between 'small' and 'contemporary' - once the technological and scientifical realities of nanomedia present themselves as a new realm of mediation, populated with its own kind of molecular devices, it will not be possible to ignore its full range of implications anymore. A complexifying media ecosystem calls for a more nuanced and interdisciplinary approach to media studies.ConclusionThis article narrates the different uses of the term nanomedia as an illustration of the way in which disciplinarity determines the level of legitimacy or illegitimacy of an emerging term. We then presented another possible use of the term in the field of media studies, one that is more closely aligned with its scientific origins. The importance and relevance of this narrative is connected to the present challenges we face in the anthropocene. The reality of the anthropocene makes painfully evident the full extent of the impact our technologies have had in the present condition of our planet's ecosystems. For as long as we refuse to engage directly with the technologies themselves, trying to speak the language of science and technology in order to fully understand its wider consequences and implications, our theories will be reduced to fancy metaphors and aesthetic explorations which circulate around the critical issues of our times without penetrating them. The level of interdisciplinarity required by the challenges of the anthropocene has to go beyond anthropocentrism. Traditional theories of media are anthropocentric: we seem to be willing to engage only with that which we are able to recognise and relate to. Going beyond anthropocentrism requires that we become familiar with interdisciplinary discussions and perspectives around common terminologies so we might reach a consensus about the use of a shared term. For scientists, nanomedia is an information and communication technology which is simultaneously a tool for material engineering. For media artists and theorists, nano-media is a cultural practice of active social interference and artistic exploration. However, none of the two approaches is able to fully grasp the magnitude of such an inter and transdisciplinary encounter: when communication becomes molecular engineering, what are the legitimate boundaries of media theory? If matter becomes not only a medium, but also a language, what would be the conceptual tools needed to rethink our very understanding of mediation? Would this new media epistemology be considered legitimate or illegitimate? Be it legitimate or illegitimate, a new media theory must arise that challenges and overcomes the walls which separate science and culture, physics and semiotics, on the grounds that it is a transdisciplinary change on the inner workings of media itself which now becomes our vector of epistemological and empirical transformation. 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The Living Machines approach, which can be seen as an exemplar methodology for a wider initiative towards “convergent science,” implies and requires a transdisciplinary understanding that bridges from between science and engineering and to the social sciences, arts, and humanities. In addition, it emphasizes a mix of basic and applied approaches whilst also requiring an awareness of the societal context in which modern research and innovation activities are conducted. This chapter explores the education landscape for postgraduate programs related to the concept of Living Machines, highlighting some challenges that should be addressed and providing suggestions for future course development and policy making. The chapter also reviews some of the within-discipline and across-discipline programs that currently exist, particularly within Europe and the US, and outlines an exemplar degree program that could provide the multi-faceted training needed to pursue research and innovation in Living Machines.

Service Science, Management and Engineering (SSME) is an emerging discipline which studies service industry under an integrated framework. SSME education trains scientists and skilled service workers to promote innovation and productivity in service industry. Although quite a number of universities started SSME programs years ago, most of them are still in the stage of experiment, and only address a small portion of the total subject. This paper first discusses the objectives of SSME education program—the abilities that service workers and scientists should have. Then, three types of foundation courses of the current programs are discussed in depth; the bachelor, master and PhD degree programs offered currently are analyzed, which include the course contents and teaching methods. Based on the inspirations from these practical programs, a unified model for SSME education is developed and presented, which proposes to unify bachelor, master and PhD programs, and establishes a new service science department comprising areas of service management, service engineering and design, service arts and humanities.