Research Catalogue

Anatomy of Loss: An exposition

Building-Sound Compositions in (half-)public places: Starting from Graz, six vacant buildings in different European cities were researched as aural architectures and understood and experienced as an integral part of building-sound compositions. Techniques and strategies ​​were developed how sound art can react systematically to site-specific architectual conditions or how these environmental acoustic characteristics can become part of a previously non-existent composition.

"Expanding horizons" is an Artistic research project carried out between 2021 (August) and 2024 (November) at NTNU, Trondheim. The objectives were to contribute to knowledge on how different kinds of departure points can be useful for musicians when approaching 20th-century Western classical music through improvisation, an understanding of how one can navigate and negotiate the musical language of this repertoire, and insights into how the tension between different performance values can be navigated in this process. The research questions were: When applying improvisation to works of 20th-century classical music, 1. What role does the choice and preparation of musical representations play? 2. How can we navigate and negotiate musical structures such as melody, harmony and form? 3. How can we navigate the tension between fidelity to the work and creative expression? Based on selected pieces from this repertoire and practical explorations together with participating musicians, various approaches to creating improvisational frameworks were then explored. These included a wide range of scores, including lead sheets and indeterminate notation, as well as ear-based methods. From the perspective of integrating improvisation into the performances, approaches such as repeating elements, working with layers, creating transitions, and introducing open sections were examined. A key point was to use melodic material as a way of building strong connections with the source material, rather than relying on harmonic representations of the music. In terms of balancing respect for the original work with creative freedom, a “healthy dose of disrespect” pervaded much of the explorations, allowing deviations from the originals when they were musically justified. Throughout the work processes, an idea of focal points emerged, as aspects to focus on when reworking a classical work into an improvisational version. These focal points included the score, historical and performative contexts, expressive qualities, and the improviser’s personal voice.

Data Ocean Theatre (D.O.T.) is a four-year artistic research project that explores the intersection of myths, Western theatre memory, new media, digital animism, climate emergency, sea and ocean transformations, queer subcultures, and technological mutations in relation to aspects of “submersion” as a contemporary living condition. Expanding on the claimed unsustainability of Western theatre’s anthropocentric foundations, D.O.T. examines how the notion and practice of the stage transform amidst climate urgency, technological hypergrowth, and discipline-fluid hybridization. It seeks to generate experiments on a new temporal ecology of the stage, examining how theatre-making infrastructures might transition within a multi-agential dynamic of emergence. D.O.T. appears, disappears, and reappears through a series of polymorphic artworks and research affordances based on the ecodramaturgical consideration of the simultaneous phenomenon of 1. the rising sea and ocean levels, 2. the exponential growth of big data in our informational age, and 3. the emotional overload caused by the latter two happening, projection, and prophecy. D.O.T. explores inherited sea-and-ocean-oriented myths and revisits theatre plays with a marine backdrop, looking simultaneously into contemporary nautical vocabulary and sea imagery used as metaphors for computational realities. D.O.T. proposes to re-mythologise Western theatre foundations by forming an alternative pantheon for a queer, hydrofeminist, and technoanimist reset of the “tragic,” at the interplay between a syncretic marine mythology and the ambiguities of “technology-as-monster” narratives. In D.O.T. project, the forces and fragilities of transforming marine ecosystems intersect with algorithmic-conditioned life and crossbreeding of diverse art disciplines and research fields based on collaborations, generating imaginary prototypes for future societal constructions in the floods. D.O.T. is structured around several key components: the prologue Simultaneous Environments, featuring a series of experimental works; the central project Tragedy and the Goddexxes, which culminates in three public exhibitions; and a series of workshops, residencies, and a final publication in the form of an exposition on the Research Catalogue. This final publication of the DATA OCEAN THEATRE postdoctoral artistic research project (2021–2024) titled 'DATA OCEAN THEATRE (OUT OF THE BLUE); A Discipline-Fluid Postdoctoral Artistic Research Project Exposition' performs on the Research Catalogue as both an aesthetico-epistemic object in its own right and as an a posteriori account, or catalogue raisonné, of the project. It also acts as a supplement to the author's doctoral publication, Reacclimating the Stage (Skenomorphoses), completing the latter to form a diptych on the Research Catalogue. Similar to the doctoral publication, the non-linear, non-hierarchical, and non-chronological reading, or hyper-reading, of Data Ocean Theatre (Out of the Blue) invites its visitors to navigate freely and compose their own fluid, archipelagic, and tidal experience to make sense of the project as a whole.

Intellectual landscape in mathematics, quantum mechanics and physics, philosophy of science, and other fields. Henri Poincaré's mathematical insights and Albert Einstein's seminal thought experiments opened the door to understanding the most fundamental aspects of physical reality, from the subatomic realm of particles and fields to the largest galactic superclusters and the origin of the universe itself. The pioneering work of Poincaré and Einstein in the early 20th century fundamentally changed our understanding of the universe, calling into question long-held ideas about space, time, and the very core of reality. Epicurus’ groundbreaking reflection in these fields influence the fields of applied mathematics today, profoundly shaping the scientific understanding of the solid forms that make up the universe.

Quantum methods, based on differential equations, proved invaluable for many applications, ranging from building complex machines to mapping the motions of celestial objects. They represent a decisive advance in humanity's ability to understand and quantify the multi-dimensional reality. Epicurus’ groundbreaking reflection in these fields influence the fields of applied mathematics today, profoundly shaping the scientific understanding of the solid forms that make up the universe.