Sounding Qubits

FILE 2024 | Quantico
International Electronic Language Festival
Eduardo Reck Miranda – Sounding Qubits – Brazil

Although he has learned classical musical instruments since childhood, Eduardo Miranda’s favorite tool for composing is the computer. The researcher has been delving into artificial intelligence and innovative computing methods for compositing for some time, as they offer fresh insights and ideas beyond his own.

A quantum computer deals with information encoded as qubits. A qubit is to a quantum computer what a bit is to a digital one: a basic unit of information. In hardware, qubits exist in the subatomic world. They are subject to the laws of quantum mechanics.

Quantum computers are like super-powered versions of classical digital computers. While a digital computer processes data in a linear, step-by-step fashion, a quantum computer can explore many possibilities at once.

Operating a quantum computer requires different ways of thinking about encoding and processing information. This is where composers can benefit greatly. This technology is destined to facilitate the development of unprecedented ways of creating music.

Bio

Composer who works at the intersection of music, science and new technologies. His background as an artificial intelligence scientist and classical composer with early involvement in avant-garde pop music informs his distinctive music. He has composed for BBC Radio 3, BBC Concert Orchestra, BBC Singers and Scottish Chamber Orchestra. He is a professor at the University of Plymouth and a research associate at Quantinuum, where he explores music composition with quantum computers.

geist.xyz
A synthetic ghost shifts simulated textiles from passive matter to live organisms. They behave like apparitions in an artificial choreography, with movements that are imaginary yet familiar. Like a constant metamorphosis, the same sequence gets transformed over and over again. At each step, all aspects of the designs are modified, from algorithmic pattern to color scheme to fabric behaviour. The results are meandering layers of style changes. A linear montage shows the intricate details. Shuffled layers of metronomic sounds emphasize the transformation fluctuating in and out of sync.

Algae Opera
singer: Louise Ashcroft
When we think of futuristic fashion, our minds often lean toward the minimalist designs of Star Trek or Tron. But maybe what we wear in the future will have more to do with what we eat than what we want to look like.
That’s the premise behind the algaculture symbiosis suit designed by Michael Burton and Michiko Nitta. The symbiosis suit is designed to make food for you as you go about your daily routine. A number of tubes, placed in front of your mouth, harness the CO2 you breathe and feed it to an ever-growing population of algae which lives in the suit. Stepping outside or sitting near a window provides the algae all the sun it requires.
Of course, the growing of algae isn’t the end-game here — it’s growing enough to eat three square meals a day of the stuff. The suit debuted at a recent event at the Victoria and Albert Museum in London. There, an opera singer donned the algaculture symbiosis suit and serenaded the gathered crowd. The suit created new algae populations during her performance, which audience members were free to consume after the presentation.

Jean Philippe Jacquot, Alexandre Rivaux & Gustave Bernier
Passage
file festival

Held at the “Carrousel du Louvre” (Paris), “Passage” is a sensitive setup that decrypts the visual and sound imprint of those who step near it. This room is a representation of the data we leave in spite of ourselves, at each of our visits on the web.

The Wild Swans

The project is the creation of a series of kinetic garments that tell the story of “The Wild Swans” by Hans Christian Anderson. In the fairy tale, 11 princes have been turned into swans from a transformative spell cast by their wicked stepmother. Their sister, the princess, rescues the princes by collecting stinging nettles and knitting them, under a vow of silence and in great pain, into magical shirts so that her brothers can return to their human shape. She is very nearly done knitting them all when she runs out of time; she throws the sweaters onto her brothers to transform them, but the last one is incomplete, leaving her youngest brother forever with a swan’s wing instead of an arm.

Putting The Pieces Back Together Again

The kinetic installation “Putting the Pieces Back Together Again” is a complex system with self-organizing and emergent behaviour, at the same time it is an artistic inquiry and meditation on contemporary scientific methodology. The installation investigates non-hierarchical communication and collective behaviour by implementing such a system physically through many electro-mechanical actors.
The Installation consists of 1250 stepper motors arranged in a two dimensional grid of two by two meters. Each motor is equipped with a pointer made from white acrylic glass. The radii of the pointers are chosen to intersect with the pointers of its neighbours. All motors are excited with the same alternating current that let them move initially in a random direction. Each actor is at the same time sensing its environment. In the event of a collision the pointers reverse their turning direction. This is achieved through a custom motor control circuit. Through the interplay of many entities a complex behaviour emerges on the surface of the installation. By manipulating the signals during runtime the system will form spontaneous pattern on its surface. It seems like they are negotiating it’s position with nearby actors. By this the system is showing behaviour of self-organization. The installation drifts through various activation levels during its run time by this it constantly evolves new formations and constellations (crystallization).

Джон Мак-Кракен
约翰·麦克拉肯
ジョン·マクラッケン
Star, Infinite, Dimension, and Electron

“The geometric forms McCracken employed were typically built from straight lines: cubes, rectangular slabs and rods, stepped or quadrilateral pyramids, post-and-lintel structures and, most memorably, tall planks that lean against the wall. Usually, the form is painted in sprayed lacquer, which does not reveal the artist’s hand. An industrial look is belied by sensuous color.His palette included bubble-gum pink, lemon yellow, deep sapphire and ebony, usually applied as a monochrome. Sometimes an application of multiple colors marbleizes or runs down the sculpture’s surface, like a molten lava flow. He also made objects of softly stained wood or, in recent years, highly polished bronze and reflective stainless steel.Embracing formal impurity at a time when purity was highly prized, the works embody perceptual and philosophical conundrums. The colored planks stand on the floor like sculptures; rely on the wall for support like paintings; and, bridging both floor and wall, define architectural space. Their shape is resolutely linear, but the point at which the line assumes the dimensional properties of a shape is indefinable.” Christopher Knight

Vivisector

o what extent does the quality of movement of the virtual world influence real sequences of human movement? Will the real world of the 21st century assume via nanotechnology attributes of the virtual world? Are there still significant differences between a body that is made of synthetic material and warmed artificially and the deep glow of trillions of living cells? VIVISECTOR is an examination of the different speeds of people/nature and technology/information society and of their acceleration; an experiment to overcome the space-time continuum in the real world. It breaks the linearity of movement and in doing so shows the absurdity of momentum. Based on the video-technological concept of the moving body-projection that made D.A.V.E. an international hit, VIVISECTOR now goes one step further: the exclusive concentration on video light and video projection produces a new stage aesthetic in which light, body, video and acoustic space form an unprecedented unity.