Système Environnemental Encapsulé
Cette machine est entièrement équipée d’une machine à brouillard comme pour envelopper les plantes dans un brouillard des deux côtés et d’un système d’alimentation en eau goutte à goutte qui peut être activé en fonction de la situation afin de maintenir l’état d’une plante et de contrôler la température et l’humidité intérieures. De plus, la forme cylindrique peut capturer entièrement la lumière naturelle à des angles de 365 ° depuis les verres, et elle peut correspondre à la croissance des plantes en ayant la plus grande échelle de hauteur de la série. Les ventilateurs au plafond jouent le rôle du vent et une plante peut écouter la musique des haut-parleurs étanches. La machine absorbe des éléments essentiels – pluie, vent, lumière et son – par des moyens artificiels et complète un petit monde où son cycle écologique est condensé. Cela nous permet d’admirer la beauté des plantes en n’étant pas affecté par l’environnement extérieur.


De nombreux projets d’Oxman utilisent des techniques d’impression et de fabrication 3D. Ils incluent le pavillon de la soie, filé par des vers à soie sur un cadre en nylon, 3 Ocean Pavilion, une plate-forme de fabrication à base d’eau qui a construit des structures de chitosane, 4 G3DP, la première imprimante 3D pour verre optiquement clair, et un ensemble de verre produit par elle, 5 et collections de vêtements imprimés en 3D et utilisables dans les défilés haute couture. Voyager vers des destinations au-delà de la planète Terre implique de voyager dans des paysages hostiles et des environnements mortels. La gravité écrasante, l’air ammoniacal, l’obscurité prolongée et les températures qui feraient bouillir le verre ou geleraient le dioxyde de carbone, éliminent presque toute probabilité de visite humaine.


Vent de Boston: Data Paintings
Vent de Boston: Data Paintings est une œuvre spécifique au site qui transforme les motifs invisibles du vent dans et autour de Boston en une série de peintures de données poétiques dans une toile numérique de 6 x 13 pi. En utilisant un ensemble de données d’un an collecté à l’aéroport de Boston Logan, Refik Anadol Studios a développé une série de logiciels personnalisés pour lire, analyser et visualiser la vitesse, la direction et les rafales du vent ainsi que le temps et la température à des intervalles de 20 secondes tout au long de l’année. .

Azuma Makoto

Encapsulated environmental system: Paludarium YASUTOSHI
This machine is fully equipped with a mist machine as if wrapping plants in a fog from both sides and drip feed-water system which can be activated depending on the situation in order to maintain the condition of a plant and control inside temperature and humidity. Also the cylindrical shape can fully capture the natural light by 365°angles from glasses, and it can correspond to plant growth by having the series’ largest scale of height. Fans on the ceiling play a role of wind, and a plant can listen music from the waterproofed speakers. The machine takes in essential elements – rain, wind, light and sound – by artificial means and completes a small world where its ecological cycle is condensed. It enables us to admire the beauty of the plants by not being affected by external environment.

Hicham Berrada

Nurtured by a dual artistic and scientific background, Hicham Berrada’s work combines intuition and knowledge, science and poetry. In his works, he explores scientific protocols that mimic different natural processes and/or climatic conditions as closely as possible. “I try to control the phenomena I mobilize as a painter controls his pigments and brushes. My brushes and pigments would be temperature, magnetism, light.”

Refik Anadol Studios

Wind of Boston: Data Paintings
Wind of Boston: Data Paintings is a site-specific work that turns the invisible patterns of wind in and around Boston into a series of poetic data paintings within a 6’ x 13’ digital canvas. By using a one-year data set collected from Boston Logan Airport, Refik Anadol Studios developed a series of custom software to read, analyze and visualize wind speed, direction, and gust patterns along with time and temperature at 20-second intervals throughout the year.

ingo gunther


The Exosphere has a diameter of 12 m (39’4″), weighs 4.5 tons, and relates to the Earth at a scale of 1:1,000,000. Its blue LED display indicates the geographic location of Wolfsburg, local temperature and time (supplied by the Atomic clock). It is positioned where Wolfsburg would be on this globe, assuming that the bottom of the globe is North and the vertical red display represents the position of the international dateline.

Field of Globes is a permanent installation of ninety World Processor globes. These spheres are readymade acrylic globes altered by the artist to visualize data on a variety of topics. This data comes from myriad sources, including the United Nations, the Organization for Economic Cooperation and Development, and other organizations.


Paul Cocksedge

Freeze Multi Circle Table
In Freeze, Cocksedge exploits freezing temperatures to create a seamless bond between metals that otherwise do not adhere in nature. The breakthrough in the series – a table of copper and aluminum – was made by first burying four copper legs in snow, leaving them to contract by 100th of a millimeter; second, excavating the legs and inserting them into holes cut into an aluminum slab where they were allowed to un-freeze back to ambient temperature thereby firmly locking into place in a strong, invisible join.

Mattia Paco Rizzi + Jessica Bergstein-Collay

‘Taumascopio’ is an art installation designed and realized by parisian architect-artist mattia paco rizzi for the 2014 kanal playground festival in brussels, belgium. the structure is completely covered with mirrors and as a result, offers a complete visual camouflage along the molenbeek’s canal. as its exterior panels fold, the overall massing creates a kaleidoscopic effect that reacts to heat. during the temperature’s evolution throughout the day, the surfaces present an ever-changing reflective effect. ‘the ‘taumascopio’ invites us to reflect in poetic vein on public space, like a box of delights that gives us multiple visions and allows us to see the city differently,’ says rizzi. ‘the mosaic of reflections sends our thoughts in new directions and invite us to create new ideas.’


Globe of Science and Innovation
History of the universe
Did you know that the matter in your body is billions of years old?

According to most astrophysicists, all the matter found in the universe today — including the matter in people, plants, animals, the earth, stars, and galaxies — was created at the very first moment of time, thought to be about 13 billion years ago.
The universe began, scientists believe, with every speck of its energy jammed into a very tiny point. This extremely dense point exploded with unimaginable force, creating matter and propelling it outward to make the billions of galaxies of our vast universe. Astrophysicists dubbed this titanic explosion the Big Bang.
The Big Bang was like no explosion you might witness on earth today. For instance, a hydrogen bomb explosion, whose center registers approximately 100 million degrees Celsius, moves through the air at about 300 meters per second. In contrast, cosmologists believe the Big Bang flung energy in all directions at the speed of light (300,000,000 meters per second, a million times faster than the H-bomb) and estimate that the temperature of the entire universe was 1000 trillion degrees Celsius at just a tiny fraction of a second after the explosion. Even the cores of the hottest stars in today’s universe are much cooler than that.
There’s another important quality of the Big Bang that makes it unique. While an explosion of a man-made bomb expands through air, the Big Bang did not expand through anything. That’s because there was no space to expand through at the beginning of time. Rather, physicists believe the Big Bang created and stretched space itself, expanding the universe.

Sonja Baumel

crocheted membrane

‘Crocheted Membrane’ experiments with creating a momentary fiction through fashion artifacts. Starting with the physical needs of one individual human body in an outdoor temperature of 10 degrees Celsius, seven hand-crocheted body forms were produced. The clothing’s texture got thinner or opened up completely on areas of the body that needed less warmth and were thicker where warmth was lacking. In this way, a fundamental change in the aesthetic and function of clothes was displayed. Fixed forms, such as trousers, were recreated into new, unique body forms. Instead of one uniform surface, the textures became alive and inimitable. “Her concept of clothing does not derive in the same way as most fashion design, from shape or historically patterned form with embedded social hierarchy and material richness, but is instead determined by the needs and sensations of the human body – performing in the same way that bacteria populations individually respond.” (Villeré 2014) The resulting fictional artifacts illustrate how we could use knowledge about our unique bacteria population to create a novel layer.


The Body, Color Coded in Kelvin Temperature According to Frequency
of Depiction


The Blur Building (an architecture of atmosphere)
The Blur Building is a media pavilion for Swiss EXPO 2002 at the base of Lake Neuchatel in Yverdon-les-Bains, Switzerland.From piles in the water, a tensegrity system of rectilinear struts and diagonal rods cantilevers out over the lake. Ramps and walkways weave through the tensegrity system, some of them providing a counterweight for the structure. The form is based on the work of Buckminster Fuller.The pavilion is made of filtered lake water shot as a fine mist through 13,000 fog nozzles creating an artificial cloud that measures 300 feet wide by 200 feet deep by 65 feet high. A built-in weather station controls fog output in response to shifting climatic conditions such as temperature, humidity, wind direction, and wind speed.The public can approach Blur via a ramped bridge. The 400 foot long ramp deposits visitors at the center of the fog mass onto a large open-air platform where movement is unregulated. Visual and acoustical references are erased along the journey toward the fog leaving only an optical “white-out” and the “white-noise” of pulsing water nozzles. Prior to entering the cloud, each visitor responds to a questionnaire/character profile and receives a “braincoat” (smart raincoat). The coat is used as protection from the wet environment and storage of the personality data for communication with the cloud’s computer network. Using tracking and location technologies, each visitor’s position can be identified and their character profiles compared to any other visitor.In the Glass Box, a space surrounded by glass on six sides, visitors experience a “sense of physical suspension only heightened by an occasional opening in the fog.” As visitors pass one another, their coats compare profiles and change color indicating the degree of attraction or repulsion, much like an involuntary blush – red for affinity, green for antipathy. The system allows interaction among 400 visitors at any time.Visitors can climb another level to the Angel Bar at the summit. The final ascent resembles the sensation of flight as one pierces through the cloud layer to the open sky. Here, visitors relax, take in the view, and choose from a large selection of commercial waters, municipal waters from world capitals, and glacial waters. At night, the fog will function as a dynamic and thick video screen.


In the weird and wonderful world of quantum mechanics, dimensional transmutation describes a phenomena which changes the state of a parameter by adding dimensions to its dimensionless condition. This experimental film applies this principle to visualize the complex interactions between atmosphere and climate. It utilizes a six-dimensional framework, comprised of regular space-time augmented with climate data collected between 1993 and 2011.Changes in global tropospheric temperature, mean sea level, and atmospherical co2 concentration are mapped onto the color palette, shape, and stereoscopic depth of a video clip, depicting a low-lying shoreline in Indonesia, threatened by rising sea levels.The film begins ‘flat’, but over time, with increasing co2 concentration in the atmosphere, its stereoscopic depth expands, and the landscape opens up to the observer, while temperature and sea-level changes modify color and shape.