Une grande toile translucide semble flotter à l'horizontal au-dessus du sol. Sa couleur vive est légèrement animée par les lumières fluctuantes qui la traversent. De nombreux câbles sortent du dessous de cette vaste membrane voire directement de celle-ci ; ils se déploient vers les plafonds comme s’ils cherchaient à s’y accrocher. Cette surface est constituée d’un bioplastique dont l’épaisseur variable produit un motif, une image, des images. Cette longue bande souple s’apparente en effet à une pellicule laissant apparaître quelques photogrammes successifs. Plutôt que d’être l’effet d’une prise de vue, ces quasi-images proviennent plutôt d’une lente prise de forme : une empreinte forme l'image, l'empreinte d'un dispositif électronique actuel d'affichage. Tel le fossile de notre époque, la contre-forme de l'ensemble des composants mis à nus (écran plat, câbles, ordinateur et ses périphériques) est imprimée dans la matière. Mais, image après image, cette empreinte disparaît comme la maquette d’une mine à ciel ouvert progressivement ensevelie. Le processus de prise de forme ou de “déprise” de forme est ainsi figuré par le séquençage même : c'est la même image qui est représentée, mais qui, photogramme après photogramme, se fond littéralement dans son support, tel un fondu vidéo, matériel cette fois. Et si cette pellicule ne défile pas devant un projecteur, un rétroéclairage vient animer ses motifs : la lumière est instable, ses vibrations et autres variations rendent compte d’interférences provenant de la captation d’énergies résiduelles du lieu d’exposition. La membrane est non seulement suspendue au bâtiment, elle est aussi connectée avec celui-ci, via un grand nombre de capteurs déployés, avec leurs câbles visibles et pendants, tels des tentacules à la recherche de nourriture, d’énergie. Ainsi, les tuyaux et autres câbles colorés qui signent l’architecture du Centre Pompidou se voient-ils investis par ces capteurs qui convertissent en électricité différents flux et activités du bâtiment. L’ensemble constitue un dispositif en prise directe avec le lieu, configurant un éco- système où l’image, loin d’être immatérielle, est composée et compose avec différentes dimensions propres à cette situation. L’image n’est plus le simple reflet d’une réalité passée ; répondant à une forme d’archéologie des médias prospective, elle s’expose au présent comme l’empreinte matérielle située d’un futur antérieur.

Based on the concept of filtration, [re]capture is an installation that explores the materialization of atmospheric pollution flows in Montreal. Nomadic objects placed in urban space capture the levels of fine particles, carbon dioxide and organic volatile compounds as well as images of their immediate environment. This data is organized and retransmitted into the exhibition space to inform the behavior of wind and light flows which circulate in a filtration system made of biomaterials and plants recognized for their filtering properties. ​

[re]capture is carried out as part of the research-creation project “Dynamic flexible membranes: air filtration as an active material, interdisciplinary and environmental process” directed by Alice Jarry (Concordia University) and supported by the Fonds de recherche du Québec - Société et Culture and the Conseil des arts de Montréal. The team would like to thank the City of Montreal Environment Department (Air Quality Division), Patrizio McLelland, Sarah Al Mamoun and Teague Riordon.

Proprionetics is a wearable technology project designed for artists and created to liberate the user from relying on their computer for performance. The goal of this technology is to bring performance gesturalism and unique gestural style back to electronic performances, which has been lost in contemporary electronic music. Built over a period of eight weeks, the first prototype of Conductivity utilizes a sum of 12 sensors that respond to 3D positioning in space. It can sense movement, rotation, NSWE positioning and gestures. All of these real-world sensor readings are passed to a personally crafted synthesizer built within the Max MSP environment. A second, wireless version is ready for production.

Sensenet is a concept piece realised as an experiential installation: it is centered around emergent agency within art, inspired by the neuroscience theme of how timing affects synchrony in networks. Emergent behaviour is a property in which the artwork acts and behaves in a way outside the creators intent, and correspondingly, Sensenet will create an environment of unknown variables in which the participants are left to explore in a novel and disrupted state of perception. Furthermore, timing in synchrony is a motif that appears across different levels of neuroscience investigation, from simple learning rules at a cellular level to whole-brain oscillatory activity; it is an idea that has captured the imagination of wide audiences, making it an ideal subject for abstraction and artistic exploration.

Three participants enter the environment of Sensenet muted from their own senses; others are welcome to observe the participants in Sensenet. Each participant is equipped with a lightweight suit that is networked to all other suits, such that the senses of one participant are effectively swapped with the other participants; this enables one person to experience a warped perception of their senses. A synchronous stimulus delivered to all three participants (flashing LED lights in the environment) unifies timing across the participants, allowing each of them to synchronise the different, mismatched senses into a unified perception.

Created by:  Matthew Halpenny,  Matthew Salaciak,  Owen Coolidge,  Zahraa Chorghay,  Nailia Kuhlmann

Mycocene is a room sized installation consisting of reanimated electronic waste sculptures and a live cell culture, all occupying a shared dimly lit space. Mycocene uses a juxtaposition of bio-art and electronic (kinetic) sculpture to critique our relation to technology, one that largely ignores the ecological impact technology has on the Earth. Using a mixture of reclaimed electronic waste and the fungal-esque organism slime mold, Mycocene acts as a hybrid between the living and the technological world.

The room of Mycocene contains five electronic waste sculptures all separated but in communication with the slime mold. The slime mold is centered in the room, bathed by a spotlight of green light that emanates to the remainder of the room. The e-waste sculptures, positioned around the cell container are separated by dimly lit, relying on the green glow of the slime mold to outline their components. Each of them are actuated by an electronic pulse modelled off the live growth and movement of the slime mold. The two are intertwined, creating a living atmosphere permeated by the sound of motors spinning, cameras zooming, hard drives spinning. The atmosphere is disharmonious, yet organic. The soundscape solely relies on the physically audible (non-curated) actuations of the sculptures. As they jolt to life, the biological pulses of the slime mold can be heard in the rhythms of the sound echoing through the space. Moving around the dim channels between sculptures, decaying security cameras start to scan, the frame of a human body emerges onto a CRT screen buried under wires. Another pulse triggers a melody punctuated by noise and static, as a magnetic tape crawls along the walls. Surrounded by electronic waste, the singular slime mold culture orchestrates an evolving performance, using the sculptures as its means of communication with the world.

Created by: somme

Multiplexer is a speculative performance in which perpetual labor, network processing, and control protocols are poetically articulated as elements of a closed thermodynamic system.

In this durational piece, the body acts on and is acted upon by its environment. From within a human-scale structure—a hybrid between a server farm and a greenhouse— the primary action is the performer’s control of the lighting and sound through the use of a custom multiplexer panel. Meanwhile, infrared lamps inject heat into the system, acting as concrete metaphors for the thermal exhaust generated by intense data computation. In this way, the performance investigates the impact of heat on a biomechanical system. This individual, confined, labors endlessly within a network. Changes in the performer’s body state are monitored and mediated in real time. Their heartbeat and body temperature have direct effects on the real-time video, projecting images of the body and its sweat onto the back wall of the structure; quantifying the performer’s exhaustion. Within this arrangement of perpetual thermal exchange, the performer’s energy is extracted and injected into the system.

Heat as a medium has theoretical, political, material and environmental implications. In thermodynamics, heat reveals the qualitative aspect of molecules energy in matter. But heat is often considered as the undesired waste generated by a system. Heat is now controversial. Within this framework, Multiplexer establishes a speculative context that challenges human digital behaviors and their collateral effects on the biological and geological. Taking place in a fictional future where individuals and machines are mutually dependent parts of closed systems, this piece examines the inherent exhaustion of such arrangements.


Created by: somme
In collaboration with: Jeremy Michael Segal

Poetry.dna explores the relationship between the organic and the mechanical.It is a generative poetry bot that is modelled after the biological principles of evolution, mutation, and self-regulation. Inspired by artificial intelligences that learn based on associative phrasing (such as twitter bots) this project is given the capacity to create unique phrasing, wording, and formatting to poetry on it’s own accord. This ability is passed on through JavaScript where Poetry.dna is given a large array of data about the English language and the use of mathematics such as Markov chains (thanks to RiTa.js). What makes Poetry.dna different is it has no end goal. Most modern AI learns through a process that involves reward systems upon correct identification. Poetry.dna does not learn in the sense one might traditionally expect from an AI, instead of a static algorithm that dictates its creative direction it was instead modelled after nature. True evolution does not have an end goal, when a mutation occurs the organism either dies, or passes on their genes. AI evolution typically evolves to a specified point, when it reaches that point it is deemed successful. Poetry.dna does not have an end point, like in nature it evolves at random and does not move solely forwards but possibly backwards, it is always in a state of flux and self-regulation. It has corrective mechanisms within its coding, but it is not always guaranteed, much like genetics.

Through rendering via a process called limited diffusion aggregation, complex shapes can be formed through simulating environmental rewards in a 3D space for artificial cells to seek out, find, and send new scouting cells out from that point of reward. This process can be seen in the growth patterns of organisms like slime mold, or the inorganic growth of certain crystals.

The Cybernetic Meadow is the installation outcome of "Gardening the Cybernetic Meadow" (2021-2024), a SSHRC funded research-creation thesis project that engages with the fields of interdisciplinary art, ecology, and sustainable energy technologies that draw residual energy from bio-matter (soil microbes). It’s full title, "Gardening the Cybernetic Meadow: Fostering ecosophic care using microbial fuel cells as a temporal aesthetic medium", communicates several core philosophies that inform the work, while outlining how the technical research on microbial fuel cells is situated inside the art-creation of the project.

The installation is a participatory, slow performance installation centered around notions of the extractive energy paradigm, environment-technology relationalities, and slow temporal aesthetics through gardening. The garden requires collective acts of care and maintenance to sustain the work’s creative output, a series of slowly generated texts taking the forms of novellas and poetry. The Cybernetic Meadow operates as a system where its living components and digital technologies cannot be removed from one another. Each component influences the system and, through this, the outcome of the performance. Each garden seeded for a new performance will result in an emergent outcome distinct from any past iterations. The outcome is not static, it exists throughout the growth of the garden, the evolution of the texts, and the social participation sustaining the garden through invitations to care for the garden.

FULL DESCRIPTION
 

The Cybernetic Meadow's process is embodied by a garden interwoven with Microbial Fuel Cells and digital technologies, such as E-Ink screens, microcontrollers, and a solar server. Microbial Fuel Cells (MFCs) are a regenerative energy harvesting technology working in tandem with other-than-human organisms to collect energy. The process they use to harvest energy cannot be removed from the ecosystem they exist within. Microbes within the soil of the garden produce ions as a metabolic by-product during their growth, which is sustained through the photosynthetic processes of the plants and mosses living within the soil. MFCs gather energy through extremely slow means relative to capital-centric extractive models of energy production (i.e., oil & coal). Extractive energy practices are environmentally devastating through their physical destruction of ecosystems for material gain, their emissive by-products, and the inability to renew what is extracted. In contrast, the energy collected through MFCs is regenerative, slowly growing the ions used rather than extracting them.

The slow temporality of this regenerative energy creates the temporal aesthetic conditions within The Cybernetic Meadow. The ions produced through microbial metabolism are slowly accumulated by the electrodes of the MFCs and stored in an energy capacitor, a battery-less energy reservoir. A tactile switch sits in front of the garden, connected to the power circuit of the MFCs. The switch communicates with the digital technologies of the garden when toggled, triggering a creative cycle that adds a single word to the textual outputs. Only when the garden’s reservoir is full can the switch be toggled by a participant, it cannot be pushed beyond this temporal constraint. If it were, extracting a surplus of energy would result in a depletion of soil and microbial health. The textual outputs and digital technologies are directly linked to the growth, health, and energy temporality of the organisms they share the garden with.

The texts are displayed on three E-Ink screens within the garden, generated through a natural language algorithm that are trained a selection of books and papers thematically linked to the installation, such as Geology of Media by Jussi Parikka (2015), Another Science is possible: A Manifesto for Slow Science by Isabelle Stengers (2018), and Slow Violence and the Environmentalism of the Poor by Robert Nixon (2013). The texts used as reference for creative generation are stored on the garden’s solar server, allowing new additions to be continually added through participant recommendations, furthering the emergent potential of the creative text generations through an evolving set of literary influences.

To fully experience the created texts, one must return to the garden to witness progress, encouraging the development of slow, ongoing relationships between participants and the artwork. Through the experience of watching The Cybernetic Meadow’s garden slowly compose creative texts on extractive energy paradigm, environment-technology relationalities, and slow temporalities of care, the performance invites a reflection on how our use of digital technologies and our temporal expectancies of energy, are bound to environmental health and sustainability.