ROBOTICS
Robotics is the art and commerce of robots, their design, manufacture, application, and practical use. Robots will soon be everywhere, in our home and at work. They will change the way we live. This will raise many philosophical, social, and political questions that will have to be answered. In science fiction, robots become so intelligent that they decide to take over the world because humans are deemed inferior. In real life, however, they might not choose to do that. Robots might follow rules such as Asimov’s Three Laws of Robotics, that will prevent them from doing so. When the Singularity happens, robots will be indistinguishable from human beings and some people may become Cyborgs: half man and half machine.

Sophia the robot
Sofia, le robot humanoïde (android) ultra-réaliste fabriqué par Hanson Robotics, devient le premier robot a obtenir une citoyenneté officielle ! C’est l’Arabie Saoudite qui a officialisé il y a quelques jours l’existence de Sofia, devenant le premier pays à reconnaitre le statut de citoyen d’un robot et d’une intelligence artificielle. Sofia, dont nous avions déjà parlé l’année dernière, est un robot ultra-réaliste capable de tenir une conversation, de reconnaitre les gens et d’interagir avec son environnement, mais surtout possède sa propre personnalité et des expressions faciales réalistes.

The Sea

FILE 2024 | Installations
International Electronic Language Festival

The Sea is an extraction of a complex natural phenomenon, resulting in an artificial emulation that develops a life form of its own. Just like the sea with its endless waves, this artificial system follows the impact of an immersive state, leading to a unique vision of an artificial generator. Despite appearing chaotic, it is capable of generating associations ranging from the movement of waves to science fiction scenarios.

Bio

Paul Gründorfer develops process-related systems and explores variable or unstable conditions in the occurrence of sound when exposed to amplification, feedback, and multiple signal streams. His works focus on processes that evolve in a social space. Leo Peschta is an artist and researcher. During his studies, he worked in various fields of media arts, including sound, installations and software, developing over the years a special interest in robotics and machinery.

Credits

Austrian Embassy

The Call for Entries to participate in FILE – Electronic Language International Festival’s projects in 2024 is now open. The festival seeks original artworks in Art and Technology, by Brazilian and international artists. Registration remains open until February 10th. Access the registration form.

FILE is a non-profit cultural organization that has propagated creation and experimentation in Art and Technology through exhibitions, events and publications over 23 years. This call opens up the opportunity to participate in the 23rd. Edition of the Electronic Language International Festival, which is scheduled to take place at the FIESP Cultural Center, in São Paulo. The selected projects will also be able to collaborate in parallel events in different states in Brazil.

Using the registration form, it is possible to send interactive installations, sound art, video art, robotics, animations, CGI videos, virtual realities, augmented realities, mobile art, games, gifs, internet art, lectures and workshops, among others. To participate in the LED SHOW programm, exhibited annually at the FIESP Digital Art Gallery, register using the form. Sign up!

2526
Polymorphic Robotic Garments
2526 refers to the number of hours invested in the creation of the two polymorphic robotic garments, from ideation to the finish, from the first line of drawing to the last stitch. The two polymorphic outfits of the 2 5 2 6 project are very real: woven, hand-screened, and consolidated materials have been specially designed to create these clothes. They are not virtual at all. However, they simulate the effects of virtual clothing: a surreal undulation generates a play of volume and transparency; their polymorphic movement, as well as their reflectivity, are results of an entirely new flexible material that combines glass, precious metals and silicone.

MIT Media Lab, Stanford University
This work explores a dynamic future where the accessories we wear are no longer static, but are instead mobile, living objects on the body. Engineered with the functionality of 18 robotics, this “living” jewelry roams on unmodified clothing, changing location and reconfiguring appearance according to social context and enabling multitude presentations of self. With the addition of sensor devices, they transition into active devices which can react to environmental conditions. They can also be paired with existing mobile devices to become personalized on-body assistants to help complete tasks. Attached to garments, they generate shape-changing clothing and kinetic pattern designs–creating a new, dynamic fashion.
It is our vision that in the future, these robots will be miniaturized to the extent that they can be seamlessly integrated into existing practices of body ornamentation. With the addition of kinetic capabilities, traditionally static jewelry and accessories will start displaying life-like qualities, learning, shifting, and reconfiguring to the needs and preferences of the wearer, also assisting in fluid presentation of self. We envision a new class of future wearables that possess hybrid qualities of the living and the crafted, creating a new on-body ecology for human-wearable symbiosis.

The Robotic Chair
The Robotic Chair is a generic-looking wooden chair with the capacity to fall apart and put itself back together. With shuddering force, the chair collapses to the floor. With persistence and determination, it proceeds to seek out its parts and upright itself. Powered by MICROMO coreless dc motors, The Robotic Chair is distinguished in the world of objects for its capacity to elicit empathy, compassion and hope.

Coro pêndulo
Pendulum Choir é uma peça coral original para 9 vozes A Cappella e 18 macacos hidráulicos. O coro é constituindo por um corpo vivo e sonoro. Esse corpo se expressa por meio de vários estados físicos. Sua plasticidade varia de acordo com sua sonoridade. Varia entre sons abstratos, sons repetitivos e sons líricos ou narrativos. Os corpos dos cantores e suas vozes brincam com e contra a gravidade. Eles se tocam e se evitam, criando polifonias vocais sutis. Ou, apoiados por sons eletrônicos, rompem sua coesão e explodem em um voo lírico ou se dobram em um ritual obsessivo e sombrio. O órgão viaja da vida à morte em uma alegoria robótica onde a complexidade tecnológica e o lirismo dos corpos em movimento se combinam em uma obra com acentos prometéicos.
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Pendulum Choir is an original choral piece for 9 A Cappella voices and 18 hydraulic jacks. The choir is constituted by a living and sonorous body. This body expresses itself through various physical states. Its plasticity varies according to its sound. It varies between abstract sounds, repetitive sounds and lyrical or narrative sounds. The singers’ bodies and their voices play with and against gravity. They touch and avoid each other, creating subtle vocal polyphonies. Or, supported by electronic sounds, they break their cohesion and explode in a lyrical flight or bend in an obsessive and dark ritual. The organ travels from life to death in a robotic allegory where technological complexity and the lyricism of moving bodies combine in a work with Promethean accents.

19Returning the Gaze
‘Returning the Gaze’ is an cyber-physical robotic installation by Behnaz Farahi supported by Universal Robots for ANNAKIKI’s Milan Fashion Week. ‘Returning the Gaze’ is an exploration of this scenario. In the center, a female model wears a spacesuit-like outfit and a headpiece fitted with two tiny cameras. The cameras track and capture the movements of the model’s eyes, and enlarging and displaying them on four monitors mounted moving around on robotic arms glaring back at the observers. The gaze of the model is thereby directed back at the viewer, extended and enhanced through cyborgian technologies.

Breathing
File Festival
Breathing is a work of art based on a hybrid creature made of a living organism and an artificial system. The creature responds to its environment through movement, light and the noise of its mechanical parts. Breathing is the best way to interact with the creature.
This work is the result of an investigation of plants as sensitive agents for the creation of art. The intention was to explore new forms of artistic experience through the dialogue of natural and artificial processes. Breathing is a pre-requisite for life, and is the path that links the observer to the creature.Breathing is a small step towards new art forms in which subtle processes of organic and non-organic life may reveal invisible patterns that interconnect us.Breathing is a work of art driven by biological impulse. Its beauty is neither found isolated on the plant nor in the robotic system itself. It emerges at the very moment in which the observer approaches the creature and their energies are exchanged through the whole system. It is in that moment of joy and fascination, in which we find ourselves in a very strange dialogue, that a life metaphor is created.Breathing is the celebration of that moment.

Paradoxal Sleep
File Festival
O projeto “Paradoxal Sleep” integra uma série de obras na qual grandes cubos robotizados, medindo 2,25 m3, funcionam como estruturas flutuantes usadas como plataformas para vários projetos multimídia e performances. No FILE 2012, a equipe da NXI GESTATIO apresentará um único cubo que irá se mover nos espaços expositivos. O cubo reajustará constantemente sua posição medindo a distância entre as paredes ao redor.

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The “Paradoxal Sleep” project integrates a series of works in which large robotic cubes, measuring 2.25 m3, function as floating structures used as platforms for various multimedia projects and performances. At FILE 2012, the NXI GESTATIO team will present a single cube that will move in the exhibition spaces. The cube will constantly readjust its position by measuring the distance between the surrounding walls.

A Hot talks about Something, Someday, Someone
Se basa en Meme (meme / meme; imagen, video), que es un nuevo medio de comunicación que funciona como lenguaje en un sistema de red como Internet. Basados ​​en Meme, las imágenes y los videos reproducidos se reconstruyen recientemente mediante inteligencia artificial y se presentan en una forma que cambia según la interacción de la audiencia. Basado en los datos recibidos a través de la cámara, un algoritmo de inteligencia artificial (StyleGAN: A Style-Based Generator Architecture for GANs) reacciona con cada modelo entrenado y audiovisualmente a través de la visualización y la robótica (robot cooperativo) en el lenguaje reconstruido. Este proyecto se enfoca en crear interacciones basadas en resultados artificiales que no existen en la realidad. El modelo de inteligencia artificial creado proporcionará más experiencias emocionales como sustituto del diálogo humano en lugar de ser aceptado por los humanos en el sentido del meme cotidiano.

AMECA
“Multiply the power of artificial Intelligence with an artificial body. Ameca is the physical presence that brings your code to life. The most advanced lifelike humanoid you can use to develop and show off your greatest machine learning interactions. This robot is the digital interface to the real world.” Engineered Arts
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“A U.K. robotics firm called Engineered Arts just debuted the first videos of its new humanoid robot, which is able to make hyper-realistic facial expressions. It’s a pretty stunning achievement in the world of robotics; it just also happens to be absolutely terrifying.
Named Ameca, the robot’s face features eyes, cheeks, a mouth, and forehead that contort and change shape to show off emotions ranging from awe to surprise to happiness. One of the new videos of Ameca shows it waking up and seemingly coming to grips with its own existence for the first time ever.” Neel V.Patel

愫君
Drawing Operations
Sougwen Chung is an internationally renowned multidisciplinary artist, who uses hand-draw and computer-generated marks to address the closeness between person-to-person and person-to- machine communication. She is a former researcher at MIT Media Lab and current Artist in Resident at Bell Labs and New Museum of Contemporary Art in New York. Her speculative critical practice spans installation, sculpture, still image, drawing, and performance. Drawing Operations Unit: Generation 1 is the 1st stage of an ongoing study of human and robotic interaction as an artistic collaboration.

Aerial Assemblies
Self-Assembly is a process by which disordered parts build an ordered structure through local interaction. We have demonstrated that this phenomenon is scale-independent and can be utilized for self-constructing and manufacturing systems at nearly every scale. We have also identified the key ingredients for self-assembly as a simple set of responsive building blocks, energy and interactions that can be designed within nearly every material and machining process available. Self-assembly promises to enable breakthroughs across every applications of biology, material science, software, robotics, manufacturing, transportation, infrastructure, construction, the arts, and even space exploration.

“Espills” is a solid light dynamic sculpture. Built using laser beams, laser scanners and robotic mirrors, it is inspired by crystalline formations. A set of geometric figures that float in the air and which suggest, in an abstract way, the transmutation of matter from chaos to order. Dust becoming crystal, being eroded and becoming sand again.

SoleNoid
Otto scarpe da tip tap sono disposte in uno schema circolare simmetrico. Queste scarpe sono a loro volta fissate a semplici strutture robotiche che utilizzano attuatori pneumatici ed elettrovalvole. Ciò consente alle scarpe di muoversi in molti modi. Ogni diverso movimento genera un tono diverso e questi suoni vengono sequenziati per produrre una performance uditiva.

Non posso fare a meno di me stesso
Costruito con un braccio robotico industriale Kuka, “Can’t Help Myself” è programmato per fare una cosa: contenere un liquido viscoso di colore rosso intenso all’interno di un’area fissa. Quando la sostanza simile al sangue si accumula troppo, questo attiva i sensori del robot facendo ruotare, flettere e spostare il liquido al centro, lasciando dietro di sé schizzi e macchie.

Glitch Robot
The Installation consists of several robotic actors. When the actors make contact with their instruments, they produce a sonic impression of an omnipresent texture of modern life: electronic music. The music robots used in this performance consists of recycled and 3D-printed parts such as harddisks, relays, tongues, motors and solenoids. Glitch Robot connects mechanical, visible movements to audible sound by using small sound-producing robots. Thus, the installation highlights the origin of the sound in a way no conventional medium of electronic music production is able to. Typically, electronic music eliminates the haptic aspect of sound-generation, creating a void in understanding of how sound, and thus music, is mechanically created.

Music Automats
“Music Automats é uma instalação de som robótica autônoma. A peça é composta por diversos instrumentos robóticos, construídos a partir de instrumentos acústicos, objetos do cotidiano, motores, componentes eletrônicos, peças de madeira e metal. LEDs nos instrumentos visualizam o som. O resultado é um mundo de som futurista totalmente automatizado que também é visualmente único devido aos instrumentos e robôs construídos por nós mesmos. A obra explora a coevolução do homem e da máquina, um futuro em que já nos encontramos.” Martin Backes

Copacabana Machine Sex
Copacabana Machine Sex es una actuación de robot musical burlesco de 30 minutos que presenta solo máquinas biomórficas como actores, músicos y bailarines. Mi objetivo no es imitar un cabaret real, sino idear un espectáculo metafórico en respuesta a la pregunta: “¿Qué pasaría si las máquinas estuvieran en un escenario de cabaret?” Estéticamente, el decorado es una extraña mezcla híbrida entre el clásico kitsch de Broadway y el oscuro aspecto industrial de mis trabajos anteriores. Como la mayoría de mi trabajo, es una exploración de formas robóticas y movimiento a través de la música, el sonido y la luz.

Mindar
A revolução das máquinas já chegou para a religião – pelo menos no Japão. Um templo budista na cidade de Kyoto resolveu inovar suas práticas com o intuito de se aproximar das pessoas e instalou um robô por lá. Sua função? Declamar sermões aos fiéis. Com quase dois metros de altura, o robô Mindar tem uma voz feminina e foi feito em homenagem à divindade budista da misericórdia, Kannon. As mãos, o rosto e os ombros do corpo robótico são cobertos com silicone (que imitam a pele humana). E só. Todo o resto é composto por engrenagens metálicas expostas.

Metamorphoseon
Met behulp van interactieve zachte robotica presenteren we een stuk compound voor 16 buisvormige armen die worden opgepompt met perslucht, afhankelijk van de positie van de gebruikers die er omheen staan. Het resultaat is een constant veranderende installatie, waarbij de lichamelijkheid van de bewegende armen doorloopt in de ruimte met de projectie ervan als bewegende schaduwen, waardoor een metamorfose ontstaat tussen de gebruikers en de ruimte.

LEMUR GuitarBot
File Festival
The “LEMUR GuitarBot” is a robotically controlled electric slide guitar-like instrument. It is comprised of four independently controllable units which can pick and slide extremely rapidly. Resembling neither a traditional robot nor a guitar, it is a new type of instrument with markedly different capabilities than a human guitarist.

Please Smile
File Festival
“Please smile” is an exhibit involving five robotic skeleton arms that change their gestures depending on a viewer’s facial expressions. It consists of a microcontroller, a camera, a computer, five external power supplies, and five plastic skeleton arms, each of them with four motors. It incorporates elements from mechanical engineering, computer vision perception, to serve artistic expression with a robot.

Voxel Chair
Progettata da Manuel Jimenez Garcia e Gilles Retsin dello studio londinese di architettura madMdesign, VoxelChair V1.0 è una sedia/poltrona stampata in 3D che riprende le forme delle celebri sedie Phantom di Verner Panton. Nel video che pubblichiamo oggi è possibile osservare le fasi di produzione della VoxelChair, che, a differenza delle tradizionali sedute in materiali polimerici, non necessita di un costoso stampo, essendo stampata, linea per linea, da un braccio robotico. Per realizzare il prototipo della sedia è stato usato un software programmato ad hoc.

Conheça seu criador
Uma performance teatral ao vivo / escultura de luz cinética com drones quadrotor, LEDs, espelhos motorizados e faróis em movimento dançando em uma alegre celebração de balé robótico da tecnoespiritualidade. Explorando UAVs (veículos aéreos não tripulados) semi-autônomos programados por computador como um meio de desviar e desviar a luz e criar esculturas de luz flutuantes dançando ao som da música. Máquinas que tradicionalmente são fornecedores de vigilância e opressão; são artisticamente redefinidos para serem fornecedores de música, dança, alegria, celebração e criatividade.

Pavilhão de pesquisa biônica
O Instituto de Design Computacional (ICD) e o Instituto de Estruturas de Edifícios e Design Estrutural (ITKE) da Universidade de Stuttgart construíram outro pavilhão de pesquisa biônica. O projeto faz parte de uma série bem-sucedida de pavilhões de pesquisa que mostram o potencial de novos processos de design, simulação e fabricação em arquitetura. O projeto foi planejado e construído em um ano e meio por alunos e pesquisadores de uma equipe multidisciplinar de arquitetos, engenheiros e biólogos. O foco do projeto é uma estratégia de design de baixo para cima  paralela para a investigação biomimética de cascas de compósitos de fibra natural e o desenvolvimento de novos métodos de fabricação robótica para estruturas de polímero reforçadas com fibra.

Distrito de Vestuário
Bart Hess criou a instalação para explorar maneiras pelas quais os humanos podem aumentar e estender as formas de seus corpos, criando uma espécie de prótese que é única a cada vez. Para criar a roupa, os indivíduos são amarrados a uma armadura robótica e depois baixados para uma piscina de água e cera. À medida que a cera se move na água, ela começa a endurecer, ligando-se ao corpo. A pessoa é então retirada da água, envolta em um casulo de cera que pode ser cortada ou quebrada.

Despertar
Reawaken é uma escultura cinética com 55 braços robóticos, movidos por 55 servo motores. O abaixamento dos braços provoca uma impressão abstrata no papel. A tecnologia reflete a humanidade e vice-versa. Além de criar beleza, a tecnologia existe para atender às nossas necessidades. Nós, e nossas necessidades, evoluímos a um ponto em que estamos tão integrados que consumimos tecnologia no piloto automático. Vivemos em uma época de produção em massa em que nossos dispositivos diários cada vez mais se imitam. Um smartphone é um pequeno tablet, um tablet é um pequeno computador e um computador é uma pequena televisão. A questão do que isso faz com nossa imaginação, junto com o progresso tecnológico cada vez mais invisível, como algoritmos e inteligência artificial, foram meu ponto de partida para o Reawaken.

Olhar robótico realista e interativo
“Sistema para olhar realista em interações entre humanos e robôs usando um busto humanóide Audio-Animatronics®. Trabalhos anteriores examinando o olhar mútuo entre robôs e humanos enfocaram a implementação técnica. Apresentamos uma arquitetura geral que busca não apenas criar interações de olhar do ponto de vista tecnológico, mas também através das lentes da animação de personagens onde a fidelidade e a credibilidade do movimento são fundamentais; ou seja, procuramos criar uma interação que demonstre a ilusão de vida. É descrito um sistema completo que percebe pessoas no ambiente, identifica pessoas de interesse com base em ações, seleciona um comportamento de olhar apropriado e executa movimentos de alta fidelidade para responder aos estímulos. Usamos mecanismos que imitam comportamentos motores e de atenção análogos aos observados em sistemas biológicos, incluindo habituação de atenção.” Disney Research

Riflessioni su una scatola di vetro
“Riflessioni su una scatola di vetro” occupa l’intero piano terra dell’edificio progettato da jean nouvel, generando un ambiente coinvolgente e accattivante suddiviso tra due spazi adiacenti della galleria. Nel primo volume, una perdita fabbricata nel soffitto genera singole goccioline d’acqua, che poi cadono da 12 punti specificati nel tetto della struttura. Ogni goccia viene quindi catturata in basso in un secchio robotico rosso che si muove in sincronia con l’acqua che cade. Allo stesso tempo, un enorme schermo LED appeso all’interno della galleria adiacente invita i visitatori a vedere il soffitto di nouvel dalla prospettiva del secchio, proiettando un’immagine ondulata e distorta.

Abb
A playful balancing act by a robotarm. This enormous machine balancing itself on a stainlesssteel semi sphere. When the arm moves, stretches, the balance point of the entire construction shifts which makes the whole machine lean over until it -almost- tips. The robot seems curious to find its tipping point, searching for the limits of balance without ever really being able to fall over. The machine is playing a children’s game with enormous power and robotic precision.

Motion Experiment
As one of the first integrated motion design experiments with a KUKA robotic arm, the project was a kinetic audiovisual experience, speculating the volatility of ideas at the intersection of creativity and technology.

Up Sticks
‘Up-Sticks’ is an informal turn of phrase dating back to at least the 19th Century to express leaving your home in haste. It is thought to originate from the rough cut, unseasoned timber frame architecture of the Scottish croft designed for temporary occupation. These sticks from which the croft was partly fabricated were of great value and were taken and reused when the household moved on. Up-Sticks is an expressive timber structure that twists and curves using only spruce wood planks and beech wood dowels. No glue or nails were used to hold the planks in space; it is the hygroscopic behaviour of the dowels, which shrink and swell according to their moisture content, and their computationally defined position that lock all planks into position. Up-Sticks was assembled from large elements all prefabricated in the Robotic Fabrication Laboratory at ETH Zurich, the largest of its kind in the world.

EXO-BIOTE
The Exo-biote project aims to invent a typology of possible forms and movements by diverting “soft robotics” technologies. The installation features moving sculpture-objects. These hybrid objects swell with air and seem to be alive, to breathe. These components are part of a whole, they belong to the same body, one whose humours and pulsing organs we can observe. A spasmodic choreography leads the viewer on an inner journey, into the meanders of one of those absurd reasoning processes that logicians calls “apagogies” by proposing hypothetical prostheses for the consumer market. It is as if the objects presented here were commodities, objects ready to use, mass-produced surrogate organs.

Wall
Riccardo Blumer Atelier worked with a team of students to create this machine on show at the Venice Architecture Biennale, which is programmed to build and repair an 11-metre-long bubble wall. The robotic installation, called Wall, is designed to highlight the limitations of physical boundaries. It is programmed to fulfil one goal: maintain a complete wall-like structure made up of eleven bubble-like segments for as long as possible.

After All
After All is a wooden, robotic interpretation of the Phonautograph, a 19th century apparatus created by the Frenchman, Édouard-Léon Scott de Martinville. His invention predated Edison’s phonograph by 17 years and promised a new kind of visual literacy for those who could learn to read, translate, and recite its mechanically created marks. The air pressure from a voice speaking into a cone pushed and deformed the surface of a sensitive diaphragm to which a boar’s bristle was attached. Inflection in the voice moved the diaphragm and the bristle touched a revolving soot-covered wheel, scratching marks in response to air pressure changes. The marks could be ‘read back’ by those literate in a sound-to-writing technique.

Skin Sucka

A project conceived with Clive van Heerden, Jack Mama (Philips Design Probes) and Bart Hess, Skinsucka explores a vision of our nano technology future whereby bio technology and robotics come together to question our attitudes of a synthetic future. Skinsucka reveals a future where microbal robots live in our shared spaces and autonomously they will undertake menial tasks such as cleaning our homes by eating the dirt. ‘Skinsuckas’ clean the skin, removing the vestiges of make up and providing the remedies to combat the excesses of the night before They swarm over the body extruding metabolized household dirt, dressing the body in a daily ritual of real time, customized manufacture – yesterday’s discarded clothing ready for recycling.” Clive and Jack’s work has consistently brought very diverse skills together in new innovation processes. In the late 1990’s they took designers and other creative skills into Philips Research labs in the Redhill, London and New York and created a specialist studio in London to develop the skills, materials and technologies for a host of Wearable Electronic business propositions in the areas of electronic apparel, conductive textiles, physical gaming, medical monitoring and entertainment.

Synthetic Pollenizer
The Synthetic Pollenizer project Intervenes in real-world ecological systems using robotic flowers to Integrate in the reproductive cycle of local flora, these imitations offer a manufactured nectar supplement while attaching locally harvested pollen to bees.

Telestron DTLA
Conceptually, at its foundation, the installation was an exploration of the absence and presence of light and how it defines a space. The team wanted to play with dramatic scale, and to do so they employed two Quantec KR150s as Robotic Conductors, wielding large, fabricated geometric shades to manipulate the various light sources and cast brilliant arrays of graphic shadow work throughout the space. They upgraded the show for The Row to be more immersive, adding more synchronized lighting fixtures and laser projectors around the perimeter of the space to embellish the ambient lighting states, and as a result amplified the user experience even further – creating a more sculptural and geometric installation for the masses.

Soft Manipulator
A playful interactive installation where the audience experiments with rhythms, mechanics and objects. Everyday items like glasses, pots, as well as small music instruments are placed on a light plattform. Seven robotic mechanic devices can be manipulated interactively by the audience, manipulating the sound of the objects. The six robotic mechanics beat the objects, creating a constantly changing polyrhytmic web of sound and rhythm.

Fiberbots
FIBERBOTS is a digital fabrication platform fusing cooperative robotic manufacturing with abilities to generate highly sophisticated material architectures. The platform can enable design and digital fabrication of large-scale structures with high spatial resolution leveraging mobile fabrication nodes, or robotic ‘agents’, designed to tune the material make-up of the structure being constructed on the fly as informed by their environment.

DARK ECOLOGY

IsoScope

IsoScope is a kinetic audiovisual outdoor installation, a sensorial experience in which the audience wanders through rotating lights and an ever-changing sonic cloud. This new work by Dutch artist Joris Strijbos consists of multiple robotic wind objects interacting with each other and with their surroundings. Strijbos aimed at creating a human-constructed phenomenon, an abstract entity which, like most natural phenomena, can only be experienced in certain weather conditions. IsoScope can be seen as a proposition for a new kind of machinic and artificial lifeform. IsoScope was commissioned by Sonic Acts for the second Dark Ecology Journey (2015) and realised in collaboration with Jeroen Molenaar, Daan Johan and Erfan Abdi.

A3 K3
A3 K3 is a unique interactive experience. Artworks are created by machine technology and audience participation. Dragan Ilić uses g.tec’s brain-computer interface (BCI) system where he controls a hi-tech robot with his brain. The artist and the audience draw and paint on a vertical and a horizontal canvas with the assistance of the robot. The robotic arm is fitted with DI drawing devices that clamp, hold and manipulate various artistic media. They can then create attractive, large-format artworks. Ilić thus provides a context in which people will be able to enhance and augment their abilities in making art.

Björk: All Is Full of Love

The video reaches its harmonious climax as the robots join in embrace, still being detailed by the robotic machines beside them.
Each robot was designed by Cunningham, faces reminiscent of Björk’s own delicate visage. The sterility of the room and lighting and the rendered movements of the machines contrasts with the fluid motions of the robots as they connect in a purely human method.

reawaken
Reawaken is a kinetic sculpture with 55 robotic arms, powered by 55 servo motors. The lowering of the arms causes an abstract print on paper. Technology mirrors humanity, and vice versa. In addition to creating beauty, technology is there to meet our needs. We, and our needs, have evolved to a point where we are so integrated that we consume technology on autopilot. We live in a time of mass production in which our daily devices increasingly mimick each other. A smartphone is a small tablet, a tablet a small computer and a computer a small television. The question of what this does with our imagination, together with the increasingly invisible technological progress such as algorithms and artificial intelligence, have been my starting point for Reawaken.

Halo
99 robotic mirrors continuously move throughout the day to follow the sun like sunflowers. These mirrors, arrayed across two 5 meter tall towers and one 15 meter long track, each emit a beam of sunlight into a cloud of water mist. The beams are computationally aligned so that together they draw a bright circle in the air. Dependent entirely on the presence of the sun for its completion, the work explores the possibilities and limitations of technology to capture what is out of reach, to harness nature and bring the sun down to earth. Collaborating with the natural fluctuations in the climate, Halo appears only for moments when the wind, sun, water, and technology coincide, creating a form which exists between the material and immaterial.

ArchaeaBot: A Post Climate Change, Post Singularity Life-form
“ArchaeaBot: A Post Singularity and Post Climate Change Life-form” takes the form of an underwater robotic installation that explores what ‘life’ might mean in a post singularity, post climate change  future. The project is based on new research about archaea (the oldest life forms on Earth) combined with the latest innovations in machine learning & artificial intelligence creating the ‘ultimate’ species for the end of the world as we know it.

SVNSCRNS
SVNSCRNS is a commissioning project that is initiated by Klankvorm after a concept by Joris Strijbos. The project consists of the realization of a kinetic audiovisual installation for which artists are invited to realize content. The installation can be used for live performances as well as for playing prearranged compositions. The installation consists of seven rotating projection screens and speakers that can be controlled from a central point. Custom build software and hardware are accessible for artists from different backgrounds to experiment with this new dynamic field for audiovisual composition. Light, sound and movement come together with different forms of digital media to create a multi sensorial experience for the audience. In this way the project functions as a platform in which makers and creators of all kinds can collaboratively explore this kinetic audiovisual medium. The result is a slow moving robotic structure which can display different sorts of media but in it’s presence will have a strong influence on the experience of the spectator.