Symbiosis
In the installation area, the human body is augmented with video projected virtual images. Viewer and technology enter a symbiotic relationship and as a result, bring to life wonderful biomorphic creatures. They change constantly – reacting to your every movement and turning into new and unique forms each time. The installation was inspired by the symmetry of living organisms, the structure of exotic insects, and reflections on extraterrestrial life forms.

Breathing
File Festival
Breathing is a work of art based on a hybrid creature made of a living organism and an artificial system. The creature responds to its environment through movement, light and the noise of its mechanical parts. Breathing is the best way to interact with the creature.
This work is the result of an investigation of plants as sensitive agents for the creation of art. The intention was to explore new forms of artistic experience through the dialogue of natural and artificial processes. Breathing is a pre-requisite for life, and is the path that links the observer to the creature.Breathing is a small step towards new art forms in which subtle processes of organic and non-organic life may reveal invisible patterns that interconnect us.Breathing is a work of art driven by biological impulse. Its beauty is neither found isolated on the plant nor in the robotic system itself. It emerges at the very moment in which the observer approaches the creature and their energies are exchanged through the whole system. It is in that moment of joy and fascination, in which we find ourselves in a very strange dialogue, that a life metaphor is created.Breathing is the celebration of that moment.

Thermotaxis
file festival
The term “Thermotaxis” signifies a movement of a living organism in response to heat stimulation. A thermal spot has power to encourage people to gather together like open fires in winter or water places in summer. The work “Thermotaxis” characterizes the open space as invisible thermal spots by providing people with thermal information. Our work aims to create a new spatial structure for communication not by architectural approach but by using information technology.

Destructive observation field
The installation behaves like a living organism, it creates expanding and contracting forms that have a semi-organic appearance. During the course of the exhibition the deformations of the plate add up resulting in a more and more complex surface structure. The visible shapes will get more detailed and fragmented. The density of the stored information on the black plate increases. The characteristic visual appearance of the installation is the result of interference patterns, waves amplifying and canceling each other out in space, leaving complex traces of light and darkness.

Project Florence
Plants synthesize a very large amount of information via electrical and chemical signals and deliberately make changes to themselves, their neighbors and the land nearby for their benefit. This signals caused by cell depolarization through ions fluxes such as K + , Ca2 + , H + , Na + , and Cl alert the whole plant for localized stimuli, such as biotic and abiotic stress and are one of the most universal properties of living organisms. In project Florence we take advantage of the sensibility of plants to different light frequencies and use it to trigger a plant response through manipulation and compare the similarities between plants and natural language processes.

beGrounded
beGrounded is a project that explores the relationship between humans and other living organisms, as an emotional and artistic act through textiles. It proposes an exploration of a new habitable space in the form of a woven garment with growing sprouts, as a sensorial and interactive experience.

Her Contour
My work involves creating a 3-dimensional flexible organic form of a comfortable ambiance that is yet dynamic and possibly mystical or illusionary. It is an abstract representation of objects or concepts that recreates our surroundings. It can be interpreted in various ways including landscapes, living organisms, social ideas or values, anything that we accept as given that they exist. Through my work, I try to create an opportunity for audiences to see, think and most of all feel our surroundings from various perspectives.

Hybrid living materials (HLMs)
A method for printing 3D objects that can control living organisms in predictable ways has been developed by an interdisciplinary team of researchers at MIT and elsewhere. The technique may lead to 3D printing of biomedical tools, such as customized braces, that incorporate living cells to produce therapeutic compunds such as painkillers or topical treatments, the researchers say.

Latent Figure Protocol

Latent Figure Protocol takes the form of a media installation that uses DNA samples to create emergent representational images. The installation includes a live science experiment, the result of which is videotaped and repeated for the duration of the gallery exhibit. Employing a reactive gel and electrical current, Latent Figure Protocol produces images that relate directly to the DNA samples used. The above images were re-produced live. Each performance lasts approximately one hour, during which time audience members see the image slowly emerge. In the first experiment, a copyright symbol is derived from the DNA of an industrially-produced organism (a plasmid called “pET-11a”), illuminating ethical questions around the changing status of organic life and the ownership of living organisms. Future instances of the LFP will use the DNA of other subjects and create other images.

VORTEX

Architectural fragment made from scaffolding, VORTEX has a raw wood skin highlighted by 12 lines of LED light as many generative and constructive project’s lines. Merging organic materials with new technologies, this hybrid architectural artwork wraps around and embraces the footbridge between the complex’s two buildings, revealing and enhancing the venue’s dynamic energy while working as a live visualizer of energy consumption. VORTEX evolves like a living organism; it breathes, trembles and emits pulses of light created using 1024’s MadMapper software. Manually controlled via a joystick, the structure can be synchronized to music and also displays its location’s energy consumption through a series of illuminated tubes. It ultimately answers to the ambient environment around it, capturing the Darwin Ecosystem Project’s unique energy consumption footprint, and converting it into data that is processed to spawn realtime visuals.
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Animated Apertures

instead of windows, mouths with green “hair” that sway in the wind. This is the Animated Apertures Housing Tower, a project of the American architecture firm B + U. The fun building appears to have been attacked by carnivorous plants. The residential building will be built in Lima, Peru. Architects Herwig Baumgartner and Scott Uriu, known for the use of new materials, explain that they wanted to “show that architecture can exist between nature and technology”. Therefore, the designs and colors that imitate plants, in a building that looks more like a living organism. The “hairs” of the windows will be made of a special silicone and will move with the wind, giving the impression of being tentacles. The project is also innovative in its structure, because instead of several small windows, it proposes few and large openings. Thus, professionals avoided a regular facade. The building will have 20 floors and 90 car spaces in an underground car park. The coverage will also have a garden and swimming pool for residents.

Like living organisms

“Like living organisms” is an interactive skin-dress that expresses excitement like between two people when they first meet. Our work breathes; it shows a pulse through its veins on the hips and inflates/deflates the shoulder balloons. When approached it responds by increasing its pulse rate through the veins as if it’s excited. It’s now up to the visitor to respond to this excitement. Upon contact the suit will show it’s vulnerable side by deflating the shoulder balloons.

ANALOG

FILE SAO PAULO 2017
THE BREATHING CLOUD
“The Breathing Cloud” is a monumental floating organism. The work transforms a space by its motion, light, and rhythmic breathing. With this light art the phrase “let a room come to life” gets a new meaning. The clouds skin looks fragile and soft, and the movements are rhythmic, yet random, so the whole room feels like a living being. The technology is designed so that the strong LED modules and the mechanism support the pervasive breathing. It gets physically bigger and smaller and embraces with its bright light space.

Earthrise
With our planet positioned at the forefront of the global agenda more than ever before, ‘Earthrise’ explores the splendour of this blue body we call home by circling towards the amalgamated awareness to maintain the grandeur of the turning sphere we traverse along. In parallel to Van Herpen’s drive towards an interconnected approach to fashion, the 19 look collection narrates the circular processes that usher change in our sentient world by weaving a symbiotic thread between artisanal tailoring and organic craftsmanship, derived from the perception of our world as one living and breathing organism.

The Interactive Plant Growing
Interactive Plant Growing is an installation that deals with the principle of the growth of virtual plant organisms and their change and modification in real time in 3D virtual space. These modifications of pre-defined “artificially living plant organisms” are mainly based on the principle of development and evolution in time. The artificial growing of program-based plants expresses the desire to discover the principle of life as defined by the transformations and morphogenesis of certain organisms. Interactive Plant Growing connects the real-time growing of virtual plants in the 3D space of the computer to real living plants, which can be touched or approached by human viewers.

Xenobots – the First “Living Robots”
Researchers used the Deep Green supercomputer cluster and an evolutionary algorithm to design new life-forms that could achieve an assigned task. Then they built them by combining together different biological tissues from Xenopus laevis embryos, hence the name Xenobots.
Credit:A scalable pipeline for designing reconfigurable organisms
Sam Kriegman, Douglas Blackiston, Michael Levin, and Josh Bongard
PNAS, DOI: 10.1073/pnas.1910837117