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.

Spiraling into Infinity
Spiraling into Infinity appears as a phantasmagoria of light at play; a radiant scramble of energy, a mirage from the subatomic realm, a doodle-made-magic. In the work the freedom of the creative act, moments of wonder and the therapeutic power of light come together.

Quantum Memories: Nature Studies
Technological and digital advancements of the past century could as well be defined by the humanity’s eagerness to make machines go to places that humans could not go, including the spaces inside our minds and the non-spaces of our un- or sub-conscious acts. These unique pieces of the “Quantum Memories” series exhibit arresting visuals and colors that speculate the probability of reaching invisible spaces. They are composed in collaboration with a generative algorithm enabled by artificial intelligence (AI) and quantum computing, a new form of computing that exploits the unusual physics of the subatomic world. It turns the visual data that flows around us into an artwork that represents our collective and digitized memories of nature and encourages the viewer to imagine the potential of this computing technology for the future of art, design, and architecture.

SAY SUPERSTRINGS

Ouchhh will take inspiration from the notes that exist in the universe while micro-strings vibrate (Subatomic Particles) in real time and define the melodies created by the notes as “Matter” and symphonies of these melodies as “Universe”. With dastrio, Ouchhh will take 11 dimensions in abstract directions in super grade gravity theory and move them beyond space in real time. The dimensions captured intuitively in living space will constantly change and turn into reality.

dastrio:
Bernhard Metz – Violin
Manuel Von Der Nahmer – Violoncello
Suyang Kim – Piano

Impulse
The Cascade Project explores matter by capturing the pattern of muons: i.e. electrically charged subatomic particles. It does so through an installation comprised of three live elements: a muon detector; a complex assemblage of pumps; and an arrangement of tubes through which fluid flows. When muons are detected, a light and connected pumps are activated, triggering the movement of an uncanny, viscous fluid through the sculptural system.