Speculative Evolution, Prototype 1

FILE 2024 | Installations
International Electronic Language Festival
Speculative experiment on a future ecosystem under strict control. The narrative takes place in a simulation, 30 years in the future, where artificial intelligence and synthetic biology collaborate to optimize an environment for cultivated species. An AI-powered simulator helps visitors generate new species to balance the ecosystem. Inspiration comes from the book Under the White Sky by Elizabeth Kolbert and artists’ stories about life on a damaged planet.

Bio

Marc Lee is a Swiss artist focused on real-time rendered audiovisual installations, AR, VR and mobile applications, critically exploring creative, cultural, social, ecological, political and speculative themes. His work has been exhibited in important museums and new media art spaces. Shervin Saremi is an Iranian musician and audio engineer specializing in sonic computing, procedural sound design and production. Currently researching immersive audio at UdK Berlin.

Needle Tower
“Inspired by architect Buckminster Fuller’s interest in the geometry of structure, Snelson’s experiments led to a prototype for a “floating compression structure.” Fuller subsequently credited Snelson with having invented a new structural principle which the architect named tensegrity, a contraction of the words tension and integrity.
These investigations into the physical properties of structure became more fully realized as an art form beginning in the 1950s. Snelson created sculptures consisting of tubes and cables. Cylinders of steel seemingly dance through space in defiance of gravity, yet it is the structural competition between tension and compression which underlies their construction. Snelson finds beauty in bringing these forces of nature into balance: the rigid compression tubes pushing outward, the flexible tension cables pulling inward. His sculptures would maintain their structural integrity beyond gravity, in the vacuum of outer space.” Joelle Burrows

Who Wants To Be A Self Driving Car?

The moovel lab collaborated with MESO Digital Interiors to prototype this immersive experience. The idea was to make a machine that replaces the human senses with the sensors that a self-driving car might use. Our unconventional driving machine is essentially a steel-frame buggy with in-wheel, electric motors, complete with hydraulic breaking. Drivers lay head first on the vehicle; the positioning used to enhance the feeling of immersion (and vulnerability) created during the experience. A physical steering wheel controls the turning of the vehicle.The VR experience is created using data collected by the sensors outfitted on the driving machine.

Synchrometrics

Can we design future memories for the body?
Is the body itself the apparatus for remembering cultural processes?Prospectus For a Future Body proposes new perspectives on how the body remembers and invents technological narratives. Central to the project is the study of body movement in dance: How it can evolve, adapt or re-condition to possible futures?Eternal Summer Storm explores the concept of muscle memory transfer as an alternative form of interactive cultural continuities. This concept prototype speculates on a future digital library of body movements or dance techniques that can be experienced beyond the audio-visual conventions. Eternal Summer Storm attempts to recreate legendary Japanese dancer Tatsumi Hijikata’s Butoh dance choreography and experience in ‘A Summer Storm’ (1973) from archival footages.Bionic Movement Research is a collection of experiments on the process of designing digital muscle memory for the body. Inspired by Luigi Galvani discovery (1780) of animal electricity in the human body, these experiments appropriate the techniques of electrical nerve stimulation to choreograph artificial muscle contraction and body movement.

Het Wezen van de Stad
For a couple of years now I’ve been developing a series of works that engage, each in different ways, with what I propose to call filmic architecture. In these works, I explore the relationships between scale models, sets, architecture, and the moving image. Starting point is was the question: would it be possible to do a remake of a film, let’s say Ridley Scott Alien, with a set that would allow one to do so in one single shot? How to translate the combination of spaces, montage and shifts in size and angle as we see them in the film into the actual spatiality of a set that would allow one to shoot the film in a single continuity without the cut and paste of montage? This brought me to the idea of the Morphed Set as both a potential plan for a work and an intellectual exercise or figure of thought. Sometimes my works are extremely large “walkthrough INSTALLATIONS” – at other times, they are infinite small scale models and prototypes.
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Maurice Benayoun and Tobias Klein
Brain Factory Prototype 2
Brain Factory is an installation that allows the audience to give a shape to human abstractions through Brain-Computer Interaction (BCI), and then to convert the resulting form into a physical object. The work examines the human specificity through abstract constructs such as LOVE, FREEDOM, and DESIRE. The project articulates the relationship between thought and matter, concept and object, humans and machine. Brain Factory uses Electroencephalography (EEG) data captured by BCI. As a brain activity is unique, we developed a novel calibration process of the individual data readings and associated emotional responses within a framework of binary outcomes. This is key for a real-time feedback – a biofeedback – between the virtual generative processes and the brain’s associated response.

The project developed in collaboration with experts from different scientific and creative fields: Dr.Trevor Coward,Dr.Shama Rahman,Nuala Clooney,Matteo Rossetti
A collaboration with designer: Luca Alessandrini and Dr. Michelle Korda
Mouth CTRLer is a transdisciplinary project combining scientific findings about the sensing and sensory capabilities of the oral cavity with prosthetics and interactive technologies. It investigates tangible technological possibilities for human enhancement inside the mouth in the form of wearable prototypes.

Marsha
Marsha is a AI SpaceFactory’s NASA-award-winning design and prototype for a 3D printed Mars habitat. The prototype was printed nearly autonomously in 2019 within a 30-hour construction window. “Our 3D print technology uses a recyclable biopolymer composite which outperformed concrete in NASA’s strength, durability, and crush testing. ASTM lab tested and certified to be two to three times stronger than concrete in compression, our space-grade material is also five times more durable than concrete in freeze-thaw conditions.” Ai-Spacefactory

transdock
Ken Nakagaki, Yingda (Roger) Liu, Chloe Nelson-Arzuaga, and Hiroshi Ishii
TRANS-DOCK is a docking system for pin-based shape displays that expand their interaction capabilities for both the output and input. By simply interchanging the transducer modules, composed of passive mechanical structures, to be docked on a shape display, users can selectively switch between different configurations including display sizes, resolutions, and even motion modalities such as rotation, bending, and inflation.
In our paper accepted to TEI 2020, we introduce a design space consisting of several mechanical elements and enabled interaction capabilities. Our proof-of-concept prototype explores the development of the docking system based on our previously developed 10 x 5 shape display, inFORCE. A number of transducer examples are shown to demonstrate the range of interactivity and application space achieved with the approach of TRANS-DOCK.

Multiverse
Multiverse Prototypes è una serie composta da venti esperimenti audiovisivi creati durante la fase di progettazione di Multiverse, installazione site-specific realizzata all’interno della chiesa sconsacrata nel cuore di Parma e sede di BDC – Bonanni Del Rio Catalog.

prototype
Viktoria Modesta is bionic artist, multimedia performance artist, creative director, DJ and a supporter of future innovations. Her work explores modern identity through performance, fashion, avant garde visuals, technology and science.

growth table
Mathias Bengtsson developed unique computer software seven years ago to quickly design prototypes. Its initial intention was not to simply use a particular technology and deploy its possibilities, but to use it as a tool for the imitation of nature and natural forms. Such design software can, according to Mathias Bengtsson, be compared to the growth of a plant whose machine somehow registers the genetic code to calculate its final form. Mathias Bengtsson only has to guide this development to obtain the desired shapes.

Hack Chair Prototype
Ronen Kadushin (b. 1964) is an Israeli designer and design educator living in Berlin since 2005. He taught furniture design and design creativity courses at leading Israeli and European design academies since 1993. In 2004 Kadushin developed the Open Design concept, where the designs of his products can be downloaded, copied, modified and produced, much as in Open Source software.

Artist Yan Maoyang used western classic marble sculptures as prototypes, and modifies the prototypes by rounding the sculptures, painstakingly grinding and polishing the edges. This reflects the Chinese philosophy of beauty and harmony.

Tantalus Quest
file festival
Game designer Fabiano Onça conceived the game, in which people must fill geometric shapes with their own silhouettes (as captured by webcams hanging from the ceiling): Software was built with OpenFrameworks, which is to C++ what Processing is to Java. A prototype was built with Flash (AS3), but it was slow — reading pixel values (BitmapData.getPixel) can be processor-heavy. Thanks to OpenFrameworks, porting the AS3 code to C++ was quite easy. The application is very simple: the images captured by the cameras are brightened, blurred and thresholded, resulting in black blobs. The amount of blob pixels inside the geometric shape count as positive points and the pixels outside the geometric shape count as negative points.

Three Machines on Transparency
Three Machines on transparency is a project that is imagined as an “exhibition by appointment” where the artist guides the audience throughout the gallery installation. The machines represent artefacts that “do” philosophy or prototypes that materialize ideas. By demonstrating their functionality the artist synthesizes philosophical concepts into the corporeality of the physical prototypes.

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AIA BAR / RE-SKIN PROTOTYPE
The bar design for the AIA at designex was conceived as a “facade mock up” of Tower Skin, the innovative and award winning “Re-skinning” of the UTS Tower in Sydney.more…

Fungi Mutarium
Fungi Mutarium is a prototype that grows edible fungal biomass as a novel food product. Fungi is cultivated on specifically designed agar shapes that the designers called “FU”. Agar is a seaweed based gelatin substitute and acts, mixed with starch and sugar, as a nutrient base for the fungi. The “FUs” are filled with plastics. The fungi is then inserted, it digests the plastic and overgrows the whole substrate. The shape of the “FU” is designed so that it holds the plastic and to offer the fungi a lot of surface to grow on.
Its shape has been developed inspired by mushrooms and other plants in nature. The user should be reminded of harvesting mushrooms in the forest when harvesting the “FUs”.
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Transform

A few months ago, an MIT team showed the inForm physical interface, which mimics its movements in real time. This week in Milan, they presented the next iteration of the system, much bigger and even more sophisticated. You need to see the videos. The team is called Tangible Media Group, led by Professor Hiroshi Ishii; they explore how digital interfaces – present in every gadget we use – can be transformed into physical objects.

bionic research pavilion

The Institute for Computational Design (ICD) and the Institute of Building Structures and Structural Design (ITKE) of the University of Stuttgart have constructed another bionic research pavilion. The project is part of a successful series of research pavilions which showcase the potential of novel design, simulation and fabrication processes in architecture. The project was planned and constructed within one and a half years by students and researchers within a multi-disciplinary team of architects, engineers and biologists.
The focus of the project is a parallel bottom-up design strategy for the biomimetic investigation of natural fiber composite shells and the development of novel robotic fabrication methods for fiber reinforced polymer structures. The aim was the development of a winding technique for modular, double layered fiber composite structures, which reduces the required formwork to a minimum while maintaining a large degree of geometric freedom. Therefore, functional principles of natural lightweight structures were analyzed and abstracted in cooperation with the University of Tübingen and the Karlsruhe Institute of Technology. Through the development of a custom robotic fabrication method, these principles were transferred into a modular prototype pavilion.

Re-projection: Hoosac

Influenced by the utopian projects — and notable failures — of innovative artists and designers such as Buckminster Fuller, Frederick Kiesler, and Charles Eames, Tobias Putrih likens his works to experiments, or design prototypes. His use of cheap materials, including egg crates, cardboard, and plywood signify both a sense of potential and impending collapse. Many of the artist’s works reference the architecture and spectacle of the cinema: a space suspended between fantasy and reality, image and environment. With Re-projection: Hoosac Putrih distills the cinema to its most basic element: fishing line stretched across the gallery mimics the conical trajectory of a beam of light. A spotlight hits the strands of monofilament which in turn become a screen, reflecting an image in illuminated dots. Inspired by the Hoosac Tunnel just east of North Adams — a storied, engineering marvel that draws ghost-hunters to the area — Putrih’s tunnel is, likewise, both real and a representation, an optical trick that invites both wonder and investigation.

奥菲尔梅纳赫姆
אופיר מנחם
DIGITAL CONSTRUCTIVE SHELL

In recent years, a building technology has developed in Jerusalem that separates the buildings’ structure from the buildings’ shell. The architectural and cultural significance lies in the modernist concept developed in the Bauhaus school in Germany in the 1930′s, which is based on five principles, including separation of the walls from the building frame to create a free standing shell. For example, traditional constructive elements became a camouflage for the building frame rather than a part of the structural frame of the building. From a cultural & Architectural standpoint, I want to examine the relationship between the building shell and the building frame in Jerusalem. Develop a typological prototype housing model which will be based on the structural frame and which will include further material aspects.
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pileus: internet umbrella
Pileus is an umbrella connected to the Internet to make walking in rainy days fun. Pileus has a large screen on the top surface, a built-in camera, a motion sensor, GPS, and a digital compass. The current prototype has two main functions: photo-sharing and 3D map navigation.The photo function is connected to a major web service: Flickr API. A user can take photo with a camera on the umbrella, and pictures are uploaded to Flickr in two minutes with context tags via a wireless Internet connection. User can also enjoy theirselves watching photo-streams downloaded from Flickr with simple operation of wrist snapping.

Crazyflie
The Crazyflie quadcopter was started late 2009 as a competence development project in the Swedish consulting company Epsilon AB in which all three of us where employed. This project was done on our free-time with component cost handled by Epsilon. In 2010 we finally decided to send to a video of the Crazyflie to Hackaday.com and that’s when things really took off. More development was done and we decided to make a Crazyflie kit that could be manufactured and sold as an open source development platform. To finance the development and manufacturing of the kit we created Bitcraze AB. At this point we felt that the project had outgrown the Daedalus Projects and decided to launch Bitcraze.se. The Daedalus projects website still exists to show off and advertise other Epsilon competence development project but the Crazyflie now lives in Bitcraze.Crazyflie is a small quadcopter that stated with a simple idea: get an electronic board to fly. We are three electronic engineer from Sweden and we wanted to make a small flying machine that could fly indoor (Sweden is often cold outside ) and with as few mechanical parts as possible. The result of this idea was a small quadcopter that uses its electronic board as main mechanical frame and with motors glued to the PCB:This fist prototype was as simple as possible while following our initial target to be small with the minimum of mechanical thought. After a couple of month of programming and debugging it actually flew and had some success when Hackaday featured it. This prototype was however a lot more frustrating to fly then it appears: each crash was potentially fatal for one or many motors. That made it quite stressful to fly as it would not allow mistake and we eventually broke all 3 prototypes (the red board is the 2.4GHz radio and was also a weak point).