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Morphogenetic Creations
Created by a mathematician, digital artist and Emmy award winning supervisor of computer generated effects – Andy Lomas, Morphogenetic Creations is a collection of works that explore the nature of complex forms that can be produced by digital simulation of growth systems. These pieces start with a simple initial form which is incrementally developed over time by adding iterative layers of complexity to the structure.The aim is to create structures emergently: exploring generic similarities between many different forms in nature rather than recreating any particular organism. In the process he is exploring universal archetypal forms that can come from growth processes rather than top-down externally engineered design.Programmed using C++ with CUDA, the series use a system of growth by deposition: small particles of matter are repeatedly deposited onto a growing structure to build incrementally over time. Rules are used to determine how new particles are created, and how they move before being deposited. Small changes to these rules can have dramatic effects on the final structure, in effect changing the environment in which the form is grown. To create these works, Andy uses the GPU as a compute device rather than as a display device. All the data is held in memory on the GPU and various kernel functions are called to do things like apply forces to the cells, make cells split, and to render the cells using ray-tracing. The simulations and rendering for each of the different animated structures within this piece take about 12 hours to run, Andy explains. By the end of the simulations there are over 50,000,000 cells in each structure.The Cellular Forms use a more biological model, representing a simplified system of cellular growth. Structures are created out of interconnected cells, with rules for the forces between cells, as well as rules for how cells accumulate internal nutrients. When the nutrient level in a cell exceeds a given threshold the cell splits into two, with both the parent and daughter cells reconnecting to their immediate neighbours. Many different complex organic structures are seen to arise from subtle variations on these rules, creating forms with strong reminiscences of plants, corals, internal organs and micro-organisms.

Princess of Parallelograms
What will happen when our imagination itself is externalized in machines? Artificial intelligence constructs its own world-truth that is beyond our sensory perception. Generative Adversarial Networks (GANs) use algorithms to synthesize and generate images in a completely new way. These images have almost uncanny aesthetic characteristics, seeming to emerge from an ocean of data, a kind of pixel soup. Rather as if we were observing the emergence of artificial “thought.” The machine learns to understand the “essence” of a thing, be it an animal, the face of a celebrity or a body of text. It is then able to generate new images of this thing, including faces of celebrities who do not exist, mutant animals, or new texts. Eventually, AI will be capable of instantaneously and dynamically emulating all representations. The era of the optical machine and the capture of reality will then be at an end, supplanted by the era of machines that generate their own reality.

Frame Perspective
Measuring 30m x 30m x 2.4m and featuring LED lights and 8 audio channels, Frame Perspective transforms a cavernous space at the Maison de la Région. On specific dates throughout the Constellations festival Ratsi has prepared a light programme in the space, accompanied by a sound composition played by Thomas Vaquié (see the festival programme for more details). Frame Perspective continues Ratsi’s interrogation of reality through the creation of exploratory and peripheral spaces. The installation’s repeating forms create new dimensions in the Maison de la Région, interrupting the lines of the architecture. Meanwhile the composition of interacting lights and sounds disrupts the sonic and visual textures of the space and resonates with the visitor on uncharted frequencies. The effect is to immerse the visitor into a fluctuating environment which connects digital technologies with physical spaces and raises questions about how reality is constructed and experienced in digital, physical and other realms.

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.

OPPO’s new headquarters
Four interconnected towers reaching a height of 200m (42 floors), the 185,000 square meters design incorporates two towers of flexible, open-plan spaces linked by a 20-storey vertical lobby, and two external service towers providing vertical circulation.

Interactive audiovisual dance performance
via highlike submit
Breakdown is an interactive audiovisual dance performance presented at the Ears Eyes and Feet event in the B. Iden Payne Theater, May 2014, UT Austin Texas.
Breakdown explores a 2 dimensional simulated world in which its physical rules are constantly being changed and manipulated by an external entity. An inhabitant of this world is in constant motion to adapt to its characteristics. He interacts with the physical rules and develops a dialogue with the entity who controls the forces. Eventually the inhabitant ends up breaking the world’s rules and release himself into a new world, a new dimension.

ויליאם פורסיית
ウィリアム·フォーサイス
威廉‧科西
윌리엄 포사이드
УИЛЬЯМ ФОРСАЙТ
Swinging Pendulum

Suspended from automated grids, more than 400 pendulums are activated to initiate a sweeping 15 part counterpoint of tempi, spacial juxtaposition and gradients of centrifugal force which offers the spectator a constantly morphing labyrinth of significant complexity. The spectators
are free to attempt a navigation this statistically unpredictable environment, but are requested to avoid coming in contact with any of the swinging pendulums. This task, which automatically initiates and alerts the spectators innate predictive faculties, produces a lively choreography of manifold and intricate avoidance strategies.

Shenzhen Bao’an International Airport

The new terminal of Shenzhen Bao’an International Airport, the first airport by Massimiliano and Doriana Fuksas, encompasses 63 contact gates, with a further 15 remote gates and significant retail space.
It increase the capacity of the airport by 58%, allowing the airport to handle up to 45 million passengers per year.The sculptural 500,000 sqm terminal evokes the image of a manta ray and features an internal and external double skin honeycomb motif that wraps the structure.1.5 km long, with roof spans of up to 80 m, honeycomb shaped metal and glass panels punctuate the façade of the terminal allowing natural light to filter through. Inside, the terminal is characterized by distinctive white conical supporting columns that rise to touch the roof at a cathedral-like scale.The focal point of the design is the concourse located at the intersection of the building.
Consisting of three levels – departure, arrivals and services – vertically connected to create full height voids and allowing natural light to filter from the highest level down to the lowest.

bio intelligence quotient house
Dubbed the Bio Intelligent Quotient (BIQ) House, the approximately €5 million building was designed by Splitterwerk Architects and funded by the Internationale Bauausstellung (IBA), a long-running exhibition series showcasing cutting edge techniques and architectural concepts, for this year’s International Building Exhibition – 2013.
A total of 129 algae culturing tanks are affixed to the East and West sides of the building via an automated external scaffolding structure that constantly turns the tanks towards the sun. The plant cultures are fed through an integrated tubing system, CO2 is pumped in as well.According to Arup’s Europe Research Leader, Jan Wurm, who collaborated with Splitterwerk on the project:The algae flourish and multiply in a regular cycle until they can be harvested. They are then separated from the rest of the algae and transferred as a thick pulp to the technical room of the BIQ. The little plants are then fermented in an external biogas plant, so that they can be used again to generate biogas. Algae are particularly well suited for this, as they produce up to five times as much biomass per hectare as terrestrial plants and contain many oils that can be used for energy.Not only do these tanks provide shade for every level of the building during the summer and biogas for heating during the winter, the facade itself collects excess heat not being used by the algae, like a solar thermal system. That heat can then either be used immediately or stored in 80-meter-deep, borine-filled borehole heat exchangers located under the structure. Total fossil fuels used in this process: zero.