FILE 2024

QUBIT AI | quantum & synthetic ai
Electronic Language International Festival
July 3rd to August 25th
Tuesday to Sunday, 10am – 8pm
FIESP Cultural Center

Design: André Lenz
Image: Iskarioto Dystopian AI Films – Athena

QUBIT AI

In its 25 years of existence, the International Electronic Language Festival (FILE) is an internationally renowned Brazilian project that since 2000 has explored the intersection between art and technology. With more than two decades of history, the festival stands out for fostering exhibition spaces and debate about artistic innovations driven by disruptive and innovative technologies, inviting the public to get involved with experimental forms of art that challenge the boundaries of conventionality. Currently, two of these technologies stand out in the contemporary scenario: the accelerated development of quantum computing and artificial intelligence corroborated by synthetic data.

Quantum computing, an emerging revolution in the technological field, offers a new range of creative possibilities for contemporary artists. This new era allows the exploration of unprecedented frontiers through a new computational format that consists mainly of quantum superposition and entanglement, a new field of exploration for synthetic computer science, as well as for the arts in general; on the other hand, artificial intelligence, fueled by synthetic data, offers artists a new way of making and understanding art, opening up space for new forms, concepts and artistic expressions.

Entitled QUBIT AI, the exhibition delves into this unexplored territory presenting a selection of works of art resulting from the connection between artistic creation and technology, proposing a theoretical reflection on what the interrelationship between quantum computers and synthetic artificial intelligence will be.

Visitors will be invited to experience immersive installations, experimental videos, digital sculptures and other forms of interactive art, which intertwine reality and imagination. The exhibition encourages reflections on the influence of technology on art and contemporary society, while at the same time providing an environment to compare already established technological arts (analog and digital) with the possible futures of art in the synthetic era, enhanced by quantum computing. The QUBIT AI exhibition at FILE SP 2024 transcends the mere presentation of works of art; it is a journey to the limits of human creativity, driven by the convergence of art, science and technology.

Ricardo Barreto and Paula Perissinotto
co-organizers and curators of FILE
International Electronic Language Festival

FILE 2024
International Electronic Language Festival
SENAI – Quantum Computer – Brazil

A quantum computer generates a random qubit, represented by the Bloch sphere.
The properties of this qubit are converted into an audio signal using a Python script, making them audible and visible in a accompanied by its spectrum.

QUBIT AI | quantum & synthetic ai
Electronic Language International Festival

July 3rd to August 25th
Tuesday to Sunday, 10am – 8pm
FIESP Cultural Center

Design: André Lenz
Image: Iskarioto Dystopian AI Films – Athena

QUBIT AI

In its 25 years of existence, the International Electronic Language Festival (FILE) is an internationally renowned Brazilian project that since 2000 has explored the intersection between art and technology. With more than two decades of history, the festival stands out for fostering exhibition spaces and debate about artistic innovations driven by disruptive and innovative technologies, inviting the public to get involved with experimental forms of art that challenge the boundaries of conventionality. Currently, two of these technologies stand out in the contemporary scenario: the accelerated development of quantum computing and artificial intelligence corroborated by synthetic data.

Quantum computing, an emerging revolution in the technological field, offers a new range of creative possibilities for contemporary artists. This new era allows the exploration of unprecedented frontiers through a new computational format that consists mainly of quantum superposition and entanglement, a new field of exploration for synthetic computer science, as well as for the arts in general; on the other hand, artificial intelligence, fueled by synthetic data, offers artists a new way of making and understanding art, opening up space for new forms, concepts and artistic expressions.

Entitled QUBIT AI, the exhibition delves into this unexplored territory presenting a selection of works of art resulting from the connection between artistic creation and technology, proposing a theoretical reflection on what the interrelationship between quantum computers and synthetic artificial intelligence will be.

Visitors will be invited to experience immersive installations, experimental videos, digital sculptures and other forms of interactive art, which intertwine reality and imagination. The exhibition encourages reflections on the influence of technology on art and contemporary society, while at the same time providing an environment to compare already established technological arts (analog and digital) with the possible futures of art in the synthetic era, enhanced by quantum computing. The QUBIT AI exhibition at FILE SP 2024 transcends the mere presentation of works of art; it is a journey to the limits of human creativity, driven by the convergence of art, science and technology.

Ricardo Barreto and Paula Perissinotto
co-organizers and curators of FILE
International Electronic Language Festival

FILE 2024

QUBIT AI | quantum & synthetic ai
Electronic Language International Festival
July 3rd to August 25th
Tuesday to Sunday, 10am – 8pm
FIESP Cultural Center

Design: André Lenz
Image: Iskarioto Dystopian AI Films – Athena

QUBIT AI

In its 25 years of existence, the International Electronic Language Festival (FILE) is an internationally renowned Brazilian project that since 2000 has explored the intersection between art and technology. With more than two decades of history, the festival stands out for fostering exhibition spaces and debate about artistic innovations driven by disruptive and innovative technologies, inviting the public to get involved with experimental forms of art that challenge the boundaries of conventionality. Currently, two of these technologies stand out in the contemporary scenario: the accelerated development of quantum computing and artificial intelligence corroborated by synthetic data.

Quantum computing, an emerging revolution in the technological field, offers a new range of creative possibilities for contemporary artists. This new era allows the exploration of unprecedented frontiers through a new computational format that consists mainly of quantum superposition and entanglement, a new field of exploration for synthetic computer science, as well as for the arts in general; on the other hand, artificial intelligence, fueled by synthetic data, offers artists a new way of making and understanding art, opening up space for new forms, concepts and artistic expressions.

Entitled QUBIT AI, the exhibition delves into this unexplored territory presenting a selection of works of art resulting from the connection between artistic creation and technology, proposing a theoretical reflection on what the interrelationship between quantum computers and synthetic artificial intelligence will be.

Visitors will be invited to experience immersive installations, experimental videos, digital sculptures and other forms of interactive art, which intertwine reality and imagination. The exhibition encourages reflections on the influence of technology on art and contemporary society, while at the same time providing an environment to compare already established technological arts (analog and digital) with the possible futures of art in the synthetic era, enhanced by quantum computing. The QUBIT AI exhibition at FILE SP 2024 transcends the mere presentation of works of art; it is a journey to the limits of human creativity, driven by the convergence of art, science and technology.

Ricardo Barreto and Paula Perissinotto
co-organizers and curators of FILE
International Electronic Language Festival

Quantum Photography

FILE 2024 | Quantico
International Electronic Language Festival
Gabriela Barreto Lemos – Quantum Photography – Brazil

Quantum photography technique that allows you to record images without light passing through the object.

Typically, a beam of light interacts with an object; In this same beam, the image of that object is formed, which is recorded on a camera, on paper or directly into the eye. This research used two quantumly entangled photon beams. An infrared photon was directed at a silicon wafer engraved with the image of a cat. The other photon, red, was sent on a different trajectory, did not pass through the silicon plate and was detected by an EMCCD (electron-multiplying charge-coupled device – a photographic camera with sensitivity to very low intensity light). The image of the cat engraving was recorded by the camera, which only detected the red light, which did not touch the engraving. It is the first time that an image has been captured in a beam of light that has not interacted with the object that produced the image.

The experiment, led by researcher Gabriela Barreto Lemos, was carried out at the Institut für Quantenoptik und Quanteninformation in Vienna, 2014.

The technique has potential for applications in indirect image capture, from medicine to quantum computing.

Bio

Professor at the Federal University of Rio de Janeiro, in Brazil, whose research focus is on quantum optics, with an emphasis on quantum foundations, quantum images and quantum information. Additionally, she is involved in interdisciplinary creative projects and promoting inclusion and diversity in science.

Credits

Gabriela Barreto Lemos
Vienna Center for Quantum Science and Technology
Institut für Quantenoptik und Quanteninformation
Group of Anton Zeilinger

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.

FILE 2024

QUBIT AI | quantum & synthetic ai
Electronic Language International Festival
July 3rd to August 25th
Tuesday to Sunday, 10am – 8pm
FIESP Cultural Center

Design: André Lenz
Image: Iskarioto Dystopian AI Films – Athena

QUBIT AI

In its 25 years of existence, the International Electronic Language Festival (FILE) is an internationally renowned Brazilian project that since 2000 has explored the intersection between art and technology. With more than two decades of history, the festival stands out for fostering exhibition spaces and debate about artistic innovations driven by disruptive and innovative technologies, inviting the public to get involved with experimental forms of art that challenge the boundaries of conventionality. Currently, two of these technologies stand out in the contemporary scenario: the accelerated development of quantum computing and artificial intelligence corroborated by synthetic data.

Quantum computing, an emerging revolution in the technological field, offers a new range of creative possibilities for contemporary artists. This new era allows the exploration of unprecedented frontiers through a new computational format that consists mainly of quantum superposition and entanglement, a new field of exploration for synthetic computer science, as well as for the arts in general; on the other hand, artificial intelligence, fueled by synthetic data, offers artists a new way of making and understanding art, opening up space for new forms, concepts and artistic expressions.

Entitled QUBIT AI, the exhibition delves into this unexplored territory presenting a selection of works of art resulting from the connection between artistic creation and technology, proposing a theoretical reflection on what the interrelationship between quantum computers and synthetic artificial intelligence will be.

Visitors will be invited to experience immersive installations, experimental videos, digital sculptures and other forms of interactive art, which intertwine reality and imagination. The exhibition encourages reflections on the influence of technology on art and contemporary society, while at the same time providing an environment to compare already established technological arts (analog and digital) with the possible futures of art in the synthetic era, enhanced by quantum computing. The QUBIT AI exhibition at FILE SP 2024 transcends the mere presentation of works of art; it is a journey to the limits of human creativity, driven by the convergence of art, science and technology.

Ricardo Barreto and Paula Perissinotto
co-organizers and curators of FILE
International Electronic Language Festival

Phosphor
Focused rays of ultraviolet light paint temporary landscapes on a layer of phosphorous dust on the museum floor. Operating on concepts of erosion and mutation, the installation changes its behaviour and visual appearance during the exhibition period. Each trace of light leaves a mark on a virtual mountain range, like water slowly washing out deep canyons. With a little help from alchemy and quantum physics, matter acquired a memory: translating time into space

micro | macro
micro | macro transforms Hall E in the MuseumsQuartier into an oversized world of moving images and sounds. In his immersive installation, multimedia artist Ryoji Ikeda creates a field of imagination between quantum physics, empirical experimentation and human perception. In collaboration with nuclear scientists at CERN, Ikeda has translated complex physical theories into a sensory experience. The Planck scale is used by scientists to denote extremely small lengths or time intervals. Concepts like space and time lose their meaning beyond this scale, and contemporary physics has to rely on speculative theories. And on art. Visitors to micro | macro enter a world of data, particles, light and sound that makes the extremes of the universe perceptible to the eye and ear. In the micro world we penetrate the smallest dimensions of the unrepresentable, while in the macro world we take off into cosmic expanses that allow us to experience the infinite space beyond the observable universe. In this maelstrom of data, an acoustic and visual firework bridges the gap between theoretical understanding and sensual perception.

ad/ab Atom

Kurokawa then analyses, filters and distorts this data into an artistic rendering of an atomic space in which the laws of quantum mechanics would theoretically be visible. “The term ‘ad’ in the title means ‘to/toward’ etymologically as a prefix in words of Latin origin and ‘ab’ means ‘away from'”. he explains. “It is recombinant of neologism ‘adatom/abatom’ which means ‘to atom/from atom’, where the laws governing nature blur“.

frequencies (light quanta)

The project is part of an ongoing process entitled «frequencies», exploring basic sound and light dichotomic systems. Here, frequencies (light quanta) stems from a fascination towards science, light, and granular synthesis allowing to create clouds/grains of sounds. The conceptual focus lies in the quantum — the smallest measurable value of energy —, on the smallness of matter. The whole project is based on the possible conceptual relationships between basic quantum physics principles applied to the audio-visual creative process: particles, probabilities, wave/particle duality and discontinuity. Metaphorically structured around these notions, the audio-visual composition stems from 100 sound and light micro-sequences that develop themselves, generating an ever expending but yet disruptive form in time and space. With the use of randomness, the vectorial graphics are always creating new ways to look at the visual, physically superimposing pattern images.

quantum gate
Edgar Froese – Thorsten Quaeschning – Ulrich Schnauss – Hoshiko Yamane
Quantum Gate is roughly the 150th release and roughly 30th main studio album by Tangerine Dream. It is the first full-length album since the death of founder Edgar Froese in 2015, and is largely based on ideas and musical sketches left by Froese.The album was preceded by and is companion to the 2015 mini-album Quantum Key.
This album earned the group the most press they have had since the release of 1988’s Optical Race due to the revived interest in the group following Froese’s death

.

Quantum Gate (2017) ist ungefähr die 150. Veröffentlichung und das ungefähr 30. Hauptstudioalbum von Tangerine Dream. Es ist das erste Full-Length-Album seit dem Tod des Gründers Edgar Froese im Jahr 2015 und basiert weitgehend auf Ideen und musikalischen Skizzen, die Froese hinterlassen hat. Dem Album ging das Mini-Album Quantum Key aus dem Jahr 2015 voraus und ist dessen Begleiter.
Dieses Album brachte der Gruppe die meiste Presse ein, die sie seit der Veröffentlichung von Optical Race von 1988 aufgrund des wiederbelebten Interesses an der Gruppe nach Froeses Tod hatte

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.

Quantum memories
Quantum Memories is Refik Anadol Studio’s epic scale investigation of the intersection between Google AI Quantum Supremacy experiments, machine learning, and aesthetics of probability. 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. Quantum Memories utilizes the most cutting-edge, Google AI’s publicly available quantum computation research data and algorithms to explore the possibility of a parallel world by processing approximately 200 million nature and landscape images through artificial intelligence. These algorithms allow us to speculate alternative modalities inside the most sophisticated computer available, and create new quantum noise-generated datasets as building blocks of these modalities. The 3D visual piece is accompanied by an audio experience that is also based on quantum noise–generated data, offering an immersive experience that further challenges the notion of mutual exclusivity. The project is both inspired by and a speculation of the Many-Worlds Interpretation in quantum physics – a theory that holds that there are many parallel worlds that exist at the same space and time as our own.

sound cloud
London-based designer kazuhiro yamanaka has created the ‘sound cloud’ a light-emitting quantum glass speaker system installation for saazs ‘a glass house’ program. the structure is composed of five interactive monolithic glass panels, formed with the intention of modelling the integration of innovative glass within architecture and design. the sound and light radiating from ‘sound cloud’ shift in unison, their synchronization may be altered by the viewer as they adjust their aural and visual experience by means of a touch-screen controller.
yamanaka aspired for the visitors to ‘be able to hear the sound move from one to another, jumping back and forth and echoing from the panels.’
a sound module is attached to each panel. as it vibrates,the three layers of glass move at a frequency, which creates optimum sound quality. the sound for the installation was developed by the france-based sound designer, gling-glang. yamanaka and gling-glang devised a soundscape by which ‘sound cloud’ visitors were able to sense the sculptural construction of the music in walking through the installation’s glass-paneled pathway.
the glass is outfitted with a light-emitting system known as ‘LED in glass’, invented by quantum glass. through this technology, the panels become a source of light. the ‘sound cloud’ is illuminated as the LED bars are fitted around the edge of the panel in order to direct beams of light through the edge of the extra clear glass sheet. as a result, light refraction occurs from the front side by means of a white enamel screen print on the opposite side.
yamanaka chose to slightly obscure the brightness of the glass sound system by creating a thin layer from millions of light dots, culminating in a cloud-like shape.

YOUARENOWHERE
Conjuring a futuristic sort of shamanism, Andrew Schneider’s YOUARENOWHERE experiments with the virtues of sensory overload via quantum mechanics, parallel universes, and the “Missed Connections” board on Craigslist. Battling glitchy transmissions, crackling microphones, and lighting instruments falling from the sky, one guy on a mission and a tricked-out interactive new-media landscape merge to transform physical space, warp linear time, and short-circuit preconceived notions of what it means to be here now.

池田亮司
이케다 료지
РЕДЗИ ИКЕДА
superposition
superposition is a project about the way we understand the reality of nature on an atomic scale and is inspired by the mathematical notions of quantum mechanics. Performers will appear in his piece for the first time, performing as operator/conductor/observer/examiners. All the components on stage will be in a state of superposition; sound, visuals, physical phenomena, mathematical concepts, human behaviour and randomness – these will be constantly orchestrated and de-orchestrated simultaneously in a single performance piece.

هيرو ياماغاتا
ヒロ·ヤマガタ
Хиро Ямагата
Quantum Field X3
Hiro Yamagata focuses on the technique as well as on physics. By using lasers as a mean of expression, he searches for the possibilities of creation , constantly looking for a new technique to experiment. Consequently, his aim is science itself and his creations have the goal to present a new technique which is often futuristic.

Body Systems I
British-born artist Rachel Garrard creates a range of multi-disciplinary work that explores the great unknown, looking to quantum physics and other theories of the universe for inspiration and guidance. Both her video performance pieces and works on paper capture, despite their earthly limitations, the infinite nature of life on this planet and beyond. In a personal statement on her blog, the artist explains “that exploring the outer reaches of the universe can be similar to exploring the inner reaches of the human psyche and that both are governed by the same forces.

Quantum Foam

Wave house
If you would build a house made of moving waves? What it would be? Art director Justin Vin has collaborated with team of talented artists to find this out. This project is an approach to see and feel technologies in new way – as organic, friendly environments. It is nurturing, divine and filled with spirituality. Intuitive and friendly. Inspired by today’s emerging technologies – claytronics, programmable matter, quantum locking – we eventually came to the vision of Wave House. A home of beauty, freedom and softness. We see big spaces, like temple or church and a surrealism, surrounding it.

Quantum Skyscraper

ECTOPLASMATIC HOUSING
File Festival
‘Ectoplasmatic Housing’ aims to speculate about how architecture can mediate the pervasiveness of the contemporary ‘infocalypse’ age. An architectural experiment of physical and digital space through the use of interactive design and augmented reality.

Browsing through a domestic safari of Trojan savannas or sterilised virus forests while contemplating the emergence of thousands of cheap-friends-facebook flowers blossoming among the pulsating cocoons of dying obsolete apps… Quantum reality theories are ripe for the picking from wiki branches of tweeting pink daily hit dwarfing trees…
Ectoplasmatic Housing aims to speculate about how architecture can mediate the pervasiveness of the contemporary ‘infocalypse’ age. It cultivates data for a spatial interactive second nature manifestation. It grows, blossoms, dies and haunts. Overlayed with the physical this unstable ectoplasmatic nature may shift radically into a rapid nuke ecology of nightmares.

transmutation
In the weird and wonderful world of humanoidquantum 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.

quantum stealth