Academic literature on the topic 'Dutch Psychological fiction'

Opera Zora D., composed by Isidora Zebeljan during 2002 and 2003, and which was premiered in Amsterdam in June 2003, is the first Serbian opera that had a world premiere abroad. It is also the first Serbian opera that has been staged outside Serbia since 1935, after being acclaimed at a competition organized by the Genesis Foundation from London. Isidora Zebeljan was commissioned (granted financial backing) to compose a complete opera with a secured stage realization. The Dutch Chamber Opera (Opera studio Nederland) and the Viennese Chamber Opera (Wiener Kammeroper) were the co-producers of the first production. The opera was directed by David Pountney, the renowned opera director, while an international team of young singers and celebrated artists assisted the co-production. The opera was played three times in Amsterdam. Winfried Maczewski conducted the Amsterdam Nieuw Ensemble whereas Daniel Hoyem Cavazza conducted the Wiener Kammeroper on twelve performances. The Viennese premier of Zora D. opened the season of celebrations, thus marking the 50th anniversary of the Wiener Kammeroper. The libretto, based on the script for a TV film by Dusan Ristic, was co-written by Isidora Zebeljan, Milica Zebeljan and Borislav Cicovacki. Speaking of genre, the libretto represents a m?lange of thriller, melodrama and mystery, with elements of fiction. The opera consists of the prologue and seven scenes. The story, set in the present-day Belgrade, also goes back to the 1930?s and the periods interweave. The opera was written for four vocalists: the soprano, the baritone, and two mezzo-sopranos. The chamber orchestra has fifteen musicians. The story: One summer day in 1935, Belgrade poetess Zora Dulijan mysteriously disappears. Sixty years later, Mina, an ordinary girl from Belgrade, quite unexpectedly becomes part of an incredible story, which gradually unravels as time goes by. Led by a dream (recurring night after night, with some vague verses about poplar trees and contours of a mysterious woman with a silver scarf being all that Mina remembers) she sets out to solve the mystery that seems to haunt her for no apparent reason. Part of the secret is also an invisible force, which Mina uses to gradually piece together the story of a great love that was brutally brought to an end 60 years ago and now seeks fulfillment. At the same time, Vida, a woman in her 80s, who has just returned to Belgrade from a long exile, begins to feel tortured and haunted by ghouls from the past, the very same she has been trying to escape all those years. Mina, desperate to solve the mystery, and Vida, in search of final rest and redemption, meet to disclose to us the answer and tell us what really happened to Zora D. The leading characters of the opera, whose main attribute is illusiveness, undergo transformation that is something rarely found in opera literature. This quality of the characters and the story, as well as the absence of a real drama in the libretto, matches the specific idea of a contemporary opera. Unlike composers who insist on giving characters psychological quality, thus reducing their emotions to clich?s for reasons of clarity, Isidora Zebeljan demonstrates a need for a completely different type of opera. Her idea is to have an opera which focuses on the sensual exploits of music itself. This is the very type of opera sought after by Isidora Zebeljan. The first and most striking feature of her music is a very unique melodic invention. Opera Zora D. could be described as a necklace of thickly threaded music pearls. Microelements of the traditional music from Serbia (Vojvodina), Romania and the south of the Balkans give her melodies a very special quality. Those elements, however, have not been taken over in their entirety, nor do they exist in the form that would link this music to any particular type of folk music. Music elements of the traditional music, incorporated in the music expression of Isidora Zebeljan, provide additional distinctiveness and the colour, while being experienced as an integral part of Zebeljan?s creative being which carries within itself the awareness of the composer?s musical roots. Melodic elements of the opera expressed in such a manner give form to vocal parts, which require of performers great musicality and perfect technique without compromising the nature of their vocal expression. Specific chords with a diminished fifth, resulting from the use of folk music scales with augmented second, give the opera a distinct harmonic quality. The rhythmic and metric components of music are complex, naturally stemming from the melody and are characterized by a mixture of rhythms and changeable metrics. The rhythmic patterns of percussion are incorporated in the whole by parallel lining up of melodic and rhythmic layers, so that they produce sonorous multiplicity. Very often the rhythmic elements have characteristics of a dance. The chamber orchestra consists of flute (piccolo and alto), clarinet and bass-clarinet, saxophone (soprano and alto) bassoon, French horn, trumpet, harp, piano, percussion, and string quintet. By providing specific orchestration and coloring, Isidora Zebeljan manages to completely shift the real dramatic suspense from words to music particularly the orchestra, thus causing various emotional states to quickly change. Speaking of structure, the opera represents an infinite sequence of melodies. Although rarely, melodic entities have, in some places, the form of arias. There are no real recitatives in the entire opera. Each segment of the opera belongs to a corresponding melodic section of the stage that they are part of. The extraordinary quality of the music in Zora D. lies in the music surprise that it provides, which is an element of the composer?s language and style rarely seen in the music literature but is a symbol of a special talent. Emotional states are not merely evoked through particular musical clich?s, the unusual origin of which may be found in the exceptional parallel quality of states stemming from the very music. The listener, in his or her initial encounter with the music of the opera, will never hear dark and disconsolate music when tragic and dramatic happenings are taking place. Listening to the music will, however, help them feel the sound layer of the tragedy that is present in the offered sound. They will not follow it consciously but, instead, they will be leaded to the exact emotional stimulus that they will not be able to defy rationally. Such a music expression we call a music fiction. Artistic team involved in the first production of Zora D. has discovered a HVS technique, which helps shifting elements of scenography, from one set into the next, very efficiently and effectively. Isidora Zebeljan?s opera Zora D. represents a great success of Serbian music on the international scene, and undoubtedly the greatest success of Serbian opera. Her music liberates listeners from the compulsion of reflecting upon the content they are listening to. Instead, her music compels them to feel.

Abstract Based on recent statistics, access to school toilets can be considered no more an issue in the European region (UNICEF, 2020). However, presence is not equivalent to use. Four complementary perspectives will illustrate this universal yet unrecognised and underdiscussed public health issue: the avoidance of school toilets by children and adolescents. The workshop will be introduced by a presentation about WHO initiatives, perspectives and recommendations on sanitation and handwashing facilities in schools. Putting the European specificities in a global context will allow us to understand the difference between access and use that will drive the other presentations. The next presentation, will question Youth popular culture regarding school toilets. For many adolescents, popular culture is the primary way in which they learn about people's experiences, therefore, the way toilets are pictured in popular culture such as books or films may influence adolescents’ use of school toilets, even if they are not aware of that. This presentation will analyse some examples of how school toilets are presented in Young Adults’ fictions and popular films. This will help finding ways to talk about and alleviate concerns about the use of toilets in school by adolescents. The next presentation will give a Dutch insight: in 2023, master students under the supervision of a health sociologist and a paediatrician conducted an online survey on school toilets use by secondary pupils and reasons not to use them. The findings aim at advising schools on how they can adapt so that pupils use school toilets more often, but as well they may serve to advocate the topic to general practitioners, paediatricians, and youth health care physicians about health issues related to this public health problem. The last presentation will be driven by a health promotion and pedagogical perspective, through the example of the training of French school doctors. Since 40 years they have periodically addressed the issue of underuse of school toilets by children and adolescents, with the same negative findings. In 2022, 24 school doctors have worked again on the topic with health promotion's methods. Overall, their health priority stood as: “School toilets, a place of challenges and a reflection of the well-being of each and every pupil”. From there, some have built a tool to assess toilets in schools and the readiness of the staff to act upon the findings in a health promotion perspective. In conclusion, our perspectives, based on findings from different EU countries are rather complementary and coherent: children and adolescents underuse school toilets, despite their presence, leading to medical problems, lower well-being at school with the risk to endanger their learning availability. This confirms, if needed, that this is still a true public health issue. Some of the findings around the issue of safety (environmental as well as psychological) seem to be universal and will be discussed with the audience. Key messages • Underuse of school toilets by pupils is a true yet under-addressed public health issue even in Europe. • Safety (environmental and psychological), could be a lever to improve the use of school toilets by pupils.

Introduction In this article, I explore the phenomenon of augmentation by questioning its representational nature and analyzing aesthetic modes of our interrelationship with the environment. How can senses be augmented and how do they serve as mechanisms of enhancing the feeling of presence? Media art practices offer particularly valuable scenarios of activating such mechanisms, as the employment of digital technology allows them to operate on a more subtle level of perception. Given that these practices are continuously evolving, this analysis cannot claim to be a comprehensive one, but rather aims to introduce aspects of the specific relations between augmentation, sense of proprioception, technology, and art. Proprioception is one of the least detectable and trackable human senses because it involves our intuitive sense of positionality, which suggests a subtle equilibrium between a center (our individual bodies) and the periphery (our immediate environments). Yet, as any sense, proprioception implies a communicational chain, a network of signals traveling and exchanging information within the body-mind complex. The technological augmentation of this dynamic process produces an interference in our understanding of the structure and elements, the information sent/received. One way to understand the operations of the senses is to think about them as images that the mind creates for itself. Artistic intervention (usually) builds upon exactly this logic: representation of images generated in mind, supplementing or even supplanting the existing collection of inner images with new, created ones. Yet, in case of proprioception the only means to interfere with and augment these inner images is on bodily level. Hence, the question of communication through images (or representations) should be extended towards a more complex theory of embodied perception. Drawing on phenomenology, cognitive science, and techno-cultural studies, I focus on the potential of biofeedback technologies to challenge and transform our self-perception by conditioning new pathways of apprehension (sometimes by creating mechanisms of direct stimulation of neural activity). I am particularly interested in how the awareness of the self (grounded in the felt relationality of our body parts) is most significantly activated at the moments of disturbance of balance, in situations of perplexity and disorientation. Projects by Marco Donnarumma, Sean Montgomery, and other artists working with biofeedback aesthetically validate and instantiate current research about neuro-plasticity, with technologically mediated sensory augmentation as one catalyst of this process. Augmentation as Representation: Proprioception and Proprioceptive Media Representation has been one of the key ways to comprehend reality. But representation also constitutes a spatial relation of distancing and separation: the spectator encounters an object placed in front of him, external to him. Thus, representation is associated more with an analytical, rather than synthetic, methodology because it implies detachment and division into parts. Both methods involve relation, yet in the case of representation there is a more distinct element of distance between the representing subject and represented object. Representation is always a form of augmentation: it extends our abilities to see the "other", otherwise invisible sides and qualities of the objects of reality. Representation is key to both science and art, yet in case of the latter, what is represented is not a (claimed) "objective" scheme of reality, but rather images of the imaginary, inner reality (even figurative painting always presents a particular optical and psychological perspective, to say nothing about forms of abstract art). There are certain kinds of art (visual arts, music, dance, etc.) that deal with different senses and thus, build their specific representational structures. Proprioception is one of the senses that occupies relatively marginal position in artistic production (which is exactly because of the specificity of its representational nature and because it does not create a sense of an external object. The term "proprioception" comes from Latin propius, or "one's own", "individual", and capio, cepi – "to receive", "to perceive". It implies a sense of one's self felt as a relational unity of parts of the body most vividly discovered in movement and in effort employed in it. The loss of proprioception usually means loss of bodily orientation and a feeling of one's body (Sacks 43-54). On the other hand, in case of additional stimulation and training of this sense (not only via classical cyber-devices, like cyber-helmets, gloves, etc. that set a different optics, but also techniques of different kinds of altered states of mind, e.g. through psychotropics, but also through architecture of virtual space and acoustics) a sense of disorientation that appears at first changes towards some analogue of reactions of enthusiasm, excitement discovery, and emotion of approaching new horizons. What changes is not only perception of external reality, but a sense of one's self: the self is felt as fluid, flexible, with penetrable borders. Proprioception implies initial co-existence of the inner and outer space on the basis of originary difference and individuality/specificity of the occupied position. Yet, because they are related, the "external" and "other" already feels as "one's own", and this is exactly what causes the sense of presence. Among the many possible connections that the body, in its sense of proprioception, is always already ready for, only a certain amount gets activated. The result of proprioception is a special kind of meta-stable internal image. This image may not coincide with the optical, auditory, or haptic image. According to Brian Massumi, proprioception translates the exertions and ease of the body's encounters with objects into a muscular memory of relationality. This is the cumulative memory of skill, habit, posture. At the same time as proprioception folds tactility in, it draws out the subject's reactions to the qualities of the objects it perceives through all five senses, bringing them into the motor realm of externalizable response. (59) This internal image is not mediated by anything, though it depends directly on the relations between the parts. It cannot be grasped because it is by definition fluid and dynamic. The position in one point is replaced here by a position-in-movement (point-in-movement). "Movement is not indexed by position. Rather, the position is born in movement, from the relation of movement towards itself" (Massumi 179). Philosopher of "extended mind" Andy Clark notes that we should distinguish between a real body schema (non-conscious configuration) and a body image (conscious construct) (Clark). It is the former that is important to understand, and yet is the most challenging. Due to its fluidity and self-referentiality, proprioception is not presentable to consciousness (the unstable internal image that it creates resides in consciousness but cannot be grasped and thus re-presented). A feeling/sense, it is not bound by sensible forms that would serve as means of objectification and externalization. As Barbara Montero observes, while the objects of vision and hearing, i.e. the most popular senses involved in the arts, are beyond one's body, sense of proprioception relates directly to the bodily sensation, it does not represent any external objects, but the sensory itself (231). These characteristics of proprioception help to reframe the question of augmentation as mediation: in the case of proprioception, the medium of sensation is the very relational structure of the body itself, irrespective of the "exteroceptive" (tactile) or "interoceptive" (visceral) dimensions of sensibility. The body is understood, then, as the "body without image,” and its proprioceptive effect can then be described as "the sensibility proper to the muscles and ligaments" (Massumi 58). Proprioception in (Media) Art One of the most convincing ways of externalization and (re)presentation of the data of proprioception is through re-production of its structure and its artificial enhancement with the help of technology. This can be achieved in at least two ways: by setting up situations and environments that emphasize self-perspective and awareness of perception, and by presenting measurements of bio-data and inviting into dialogue with them. The first strategy may be connected to disorientation and shifted perspective that are created in immersive virtual environments that make the role of otherwise un-trackable, fluid sense of proprioception actually felt and cognized. These effects are closely related to the nuances of perception of space, for instance, to spatial illusion. Practice of spatial illusion in the arts traces its history as far back as Roman frescos, trompe l’oeil, as well as phantasmagorias, like magic lantern. Geometrically, the system of the 360º image is still the most effective in producing a sense of full immersion—either in spaces from panoramas, Stereopticon, Cinéorama to CAVE (Computer Augmented Virtual Environments), or in devices for an individual spectator’s usage, like a stereoscope, Sensorama and more recent Head Mounted Displays (HMD). All these devices provide a sense of hermetic enclosure and bodily engagement with its scenes (realistic or often fantastical). Their images are frameless and thus immeasurable (lack of the sense of proportion provokes feeling of disorientation), image apparatus and the image itself converge here into an almost inseparable total unity: field of vision is filled, and the medium becomes invisible (Grau 198-202; 248-255). Yet, the constructed image is even more frameless and more peculiarly ‘mental’ in environments created on the basis of objectless or "immaterial" media, like light or sound; or in installations prioritizing haptic sensation and in responsive architectures, i.e. environments that transform physically in reaction to their inhabitants. The examples may include works by Olafur Eliasson that are centered around the issues of conscious perception and employ various optical and other apparata (mirrors, curved surfaces, coloured glass, water systems) to shift the habitual perspective and make one conscious of the subtle changes in the environment depending on one's position in space (there have been instances of spectators in Eliasson's installations falling down after trying to lean against an apparent wall that turned out to be a mere optical construct.). Figure 1: Olafur Eliasson, Take Your Time, 2008. © Olafur Eliasson Studio. In his classic H2OExpo project for Delta Expo in 1997, the Dutch architect Lars Spuybroek experimented with the perception of instability. There is no horizontal surface in the pavilion; floors, composed of interconnected elliptical volumes, transform into walls and walls into ceilings, promoting a sense of fluidity and making people respond by falling, leaning, tilting and "experiencing the vector of one’s own weight, and becoming sensitized to the effects of gravity" (Schwartzman 63). Along the way, specially installed sensors detect the behaviour of the ‘walker’ and send signals to the system to contribute further to the agenda of imbalance and confusion by changing light, image projection, and sound.Figure 2: Lars Spuybroek, H2OExpo, 1994-1997. © NOX/ Lars Spuybroek. Philip Beesley’s Hylozoic Ground (2010) is also a responsive environment filled by a dense organic network of delicate illuminated acrylic tendrils that can extend out to touch the visitor, triggering an uncanny mixture of delight and discomfort. The motif of pulsating movement was inspired by fluctuations in coral reefs and recreated via the system of precise sensors and microprocessors. This reference to an unfamiliar and unpredictable natural environment, which often makes us feel cautious and ultra-attentive, is a reminder of our innate ability of proprioception (a deeply ingrained survival instinct) and its potential for a more nuanced, intimate, emphatic and bodily rooted communication. Figure 3: Philip Beesley, Hylozoic Ground, 2010. © Philip Beesley Architect Inc. Works of this kind stimulate awareness of both the environment and one's own response to it. Inviting participants to actively engage with the space, they evoke reactions of self-reflexivity, i.e. the self becomes the object of its own exploration and (potentially) transformation. Another strategy of revealing the processes of the "body without image" is through representing various kinds of bio-data, bodily affective reactions to certain stimuli. Biosignal monitoring technologies most often employed include EEG (Electroencephalogram), EMG (Electromyogram), GSR (Galvanic Skin Response), ECG (Electrocardiogram), HRV (Heart Rate Variability) and others. Previously available only in medical settings and research labs, many types of sensors (bio and environmental) now become increasingly available (bio-enabled products ranging from cardio watches—an instance of the "quantified self" trend—to brain wave-controlled video games). As the representatives of the DIY makers community put it: "By monitoring some phenomena (biofeedback) you can train yourself to modulate them, possibly improving your emotional state. Biosensing lets you interact more naturally with digital systems, creating cyborg-like extensions of your body that overcome disabilities or provide new abilities. You can also share your bio-signals, if you choose, to participate in new forms of communication" (Montgomery). What is it about these technologies besides understanding more accurately the unconscious and invisible signals? The critical question in relation to biofeedback data is about the adequacy of the transference of the initial signal, about the "new" brought by the medium, as well as the ontological status of the resulting representation. These data are reflections of something real, yet themselves have a different weight, also providing the ground for all sorts of simulative methods and creation of mixed realities. External representations, unlike internal, are often attributed a prosthetic nature that is treated as extensions of existing skills. Besides serving their direct purpose (for instance, maps give detailed picture of a distant location), these extensions provide certain psychological effects, such as disorientation, displacement, a shift in a sense of self and enhancement of the sense of presence. Artistic experiments with bio-data started in the 1960s most famously with employing the method of sonification. Among the pioneers were the composers Alvin Lucier, Richard Teitelbaum, David Rosenblum, Erkki Kurenemi, Pierre Henry, and others. Today's versions of biophysical performance may include not only acoustic, but also visual interpretation, as well as subtle narrative scenarios. An example can be Marco Donnarumma's Hypo Chrysos, a piece that translates visceral strain in sound and moving images. The title refers to the type of a punishing trial in one of the circles of hell in Dante's Divine Comedy: the eternal task of carrying heavy rocks is imitated by the artist-performer, while the audience can feel the bodily tension enhanced by sound and imagery. The state of the inner body is, thus, amplified, or augmented. The sense of proprioception experienced by the performer is translated into media perceivable by others. In this externalized form it can also be shared, i.e. released into a space of inter-subjectivity, where it receives other, collective qualities and is not perceived negatively, in terms of pressure. Figure 4: Marco Donnarumma, Hypo Chrysos, 2011. © Marco Donnarumma. Another example can be an installation Telephone Rewired by the artist-neuroscientist Sean Montgomery. Brainwave signals are measured from each visitor upon the entrance to the installation site. These individual data then become part of the collective archive of the brainwaves of all the participants. In the second room, the viewer is engulfed by pulsing light and sound that mimic endogenous brain waveforms of the previous viewers. As in the experience of Donnarumma's performance, this process encourages tuning in to the inner state of the other and finding resonating states in one's own body. It becomes a tool for self-exploration, self-knowledge, and self-control, as well as for developing skills of collective being, of shared body-mind topologies. Synchronization of mental and bodily states of multiple people serves here a broader and deeper goal of training collaborative and empathic abilities. An immersive experience, it triggers deep embodied neural circuits, reaching towards the most authentic reactions not mediated by conscious procedures and judgment. Figure 5: Sean Montgomery, Telephone Rewired, 2013. © Sean Montgomery. Conclusion The potential of biofeedback as a strategy for art projects is a rich area that artists have only begun to explore. The layer of the imaginary and the fictional (which makes art special and different from, for instance, science) can add a critical dimension to understanding the processes of augmentation and mediation. As the described examples demonstrate, art is an investigative journey that can be engaging, surprising, and awakening towards the more subtle and acute forms of thinking and feeling. This astuteness and percipience are especially needed as media and technologies penetrate and affect our very abilities to apprehend reality. We need new tools to make independent and individual judgment. The sense of proprioception establishes a productive challenge not only for science, but also for the arts, inviting a search for new mechanisms of representing the un-presentable and making shareable and communicable what is, by definition, individual, fluid, and ungraspable. Collaborative cognition emerging from the augmentation of proprioception that is enabled by biofeedback technologies holds distinct promise for exploration of not only subjective, but also inter-subjective states and aesthetic strategies of inducing them. References Beesley, Philip. Hylozoic Ground. 2010. Venice Biennale, Venice. Clark, Andy, and David J. Chalmers. “The Extended Mind.” Analysis 58.1 (1998):7-19. Donnarumma, Marco. Hypo Chrysos: Action Art for Vexed Body and Biophysical Media. 2011. Xth Sense Biosensing Wearable Technology. MADATAC Festival, Madrid. Eliasson, Olafur. Take Your Time, 2008. P.S.1 Contemporary Art Centre; Museum of Modern Art, New York. Grau, Oliver. Virtual Art: From Illusion to Immersion. Cambridge, Mass.: MIT Press, 2003. Massumi, Brian. Parables of the Virtual: Movement, Affect, Sensation. Durham: Duke University Press, 2002. Montero, Barbara. "Proprioception as an Aesthetic Sense." Journal of Aesthetics and Art Criticism 64.2 (2006): 231-242. Montgomery, Sean, and Ira Laefsky. "Biosensing: Track Your Body's Signals and Brain Waves and Use Them to Control Things." Make 26. 1 Oct. 2013 ‹http://www.make-digital.com/make/vol26?pg=104#pg104›. Sacks, Oliver. "The Disembodied Lady". The Man Who Mistook His Wife for a Hat and Other Clinical Tales. Philippines: Summit Books, 1985. Schwartzman, Madeline, See Yourself Sensing. Redefining Human Perception. London: Black Dog Publishing, 2011. Spuybroek, Lars. Waterland. 1994-1997. H2O Expo, Zeeland, NL.