highlike

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 miniaturized 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.

Squint
file festival
I was inspired by how the sunlight bounces around in our artificial forest.
“Squint” is a kinetic light installation consisting of 49 mirrors that reflect lights in a bright space. The mirrors track and reflect lights on audiences’ face with composed patterns of movements. It extends the generated perception by focusing on how lights pass across our visual senses physically, and combines with our perception of images through flickering. “Squint”, which extracts various daily experiences to an abstraction brings the audience to expand their interpretation of lights and perceived imagination into a non-linear experience.
“Squint” simulates light source and intentionally shines lights on audience’s faces. Bright light is projected in the gallery, a clean bright space.
Everyday people are dynamically moving around in the city. Sunlight reflects and flickers even when it is indirect and hidden behind the artifacts. While we are traveling, we are experiencing motion. We are also experiencing the shift of light intensity, visual patterns and textures. The varieties of light forms inspire the artist to explore the potential of light textures, select and sort out the combined complexity in urban space. The artist turns them into a minimal form of light experience, while maximizing its diversity of perception.

DMX Linear Actuator Slim
The motion study with the DMX Linear Actuator Slim demonstrates a synchronized kinetic sculpture with 25 components (vertical and horizontal mount) and a sphere fixture (black and white). Controlled by the DMX LA Designer software, multiple motion sequences, pattern generators and text and image contents are transferred onto the array. Furthermore, interaction with the kinetic sculpture is made possible via the Leap Motion Sensor, the Kinect Sensor and other mobile devices via the OSC protocol.

Coworo
Coworo is an installation with a shape changing liquid that loses its texture under a spotlight and looks almost solid. After a while, bubbles appear on the surface and disappear again, as if it were breathing. The waves gradually change their size, position, and frequency and develop into physical, continual, kinetic, three-dimensional animations that extend beyond the discrete 2D pixel pattern. Through the hybrid combination of the digitally programmed machine and the organic properties of the physical material, the object creates a constant flux of ephemeral shapes and patterns.

True/False
True/False is a kinetic sculpture composed of arrays of circular black metal segments set in mechanical columns. Interlocking and rotating around fluorescent light tubes, the cylinders cover or expose the light to display an endless number of patterns. The transformation of the sculpture is based on the shifting elements and their correlation to each other. As the segments do not move independently, for any of the cylinders on a column to change, the segments affected must work in unison to achieve the command. Reminiscent of devices originally used for calculations, such as Turing machines, the sound originates from the mechanical movement of the moving parts thus making the algorithm audible. The rhythm of »true/false« is captivating as variations in the visual choreography result in distinctive changes in its soundscape. Through the generation of algorithmic patterns and the repetition of endless tasks, »true/false« transforms itself into something more than the sum of its elements to reveal the beauty hidden within a basic algorithm.

FLORA 2

The animation in FLORA is generated by overlapping sine waves that travel through a string of lines. This wave principle often appears in nature when energy is transmitted through a medium like water, air or simply a rope. It can also be observed in the locomotion of animals and human-beings, in which kinetic energy is transmitted successively through joints.
The FLORA algorithm of is based on the discovery that a simple system of rotating lines can create endless variations of abstract shapes – ranging from curved harmonious lines to edgy and chaotic patterns. The resulting aesthetics combine computational accuracy with an organic playfulness, and tend to trigger diverse associations in the mind of the viewer.

FILE FESTIVAL
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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).