Interactive Origami Migraine Aura

An interactive representation of a migraine aura. There's a soft pressure sensor built into one side of the cap, so that when you touch that side of the head, the lights blink faster and the origami tessellations move. I tried to capture the surreal psychedelic quality of a typical "fortification spectrum" visual aura.

Loop Pa Pow Project by Chanhee Choi

A 30-minute live interactive performance brings to life the video game. Five performers embody characters in the game. The player who activates the game summons the performers. Enlivened by the participation of the player, each performer celebrates its birth and marches out into the world. The rhythm of the performance is determined by how fast or slow the player taps the two controllers.

Skin and Origami: Soft Displays for Biosensing Technologies by Gabrielle Benabdallah

This project is part of an ongoing series that explores how biosignals can be represented and interpreted semantically and poetically, as opposed to visually or sonically. Playing with the idea of the body as an inscription device, and especially of the skin as an “open book",  Melyza is a display for a galvanic skin response (GSR) sensor that evokes the skin through an origami structure made out of silicon.

Parafictional objects: Her Finger by Chun Shao

Her Finger is a series of kinetic finger accessories. It presents a hybrid form of wearable objects, which mingles the functionality and sensuality between an ancient Chinese fingernail guard and a modern female stimulator. The two types of finger related objects create this interesting tension between power and pleasure, external and internal, rigid and soft.

Fractal Antennae - an ongoing research project by Afroditi Psarra

The miniaturization of electronic devices has led to the development of what is known as fractal antennas - miniaturized antennas that use an iterative function system to create a fractal element at a reduced size. The term "fractal" was first used by mathematician Benoit Mandelbrot in 1975. Mandelbrot based it on the Latin frāctus meaning "broken" or "fractured", and used it to extend the concept of theoretical fractional dimensions to geometric patterns in nature. One of the properties of fractals geometry is that it can have an infinite length while fitting in a finite volume. The radiation characteristic of any electromagnetic radiator depends on electrical length of the structure. By using the property of fractal geometry in antenna design one can increase the electrical length, keeping the volume of the antenna the same.

Kate Sicchio on Movement and Wearables

On Tuesday, October 31st 2017 we had the opportunity to host media artist and scholar, Kate Sicchio from NYU on a series of talks and workshops on Movement and Wearables, as well as the concept of Choreotopology. Kate works at the interface of technology and performance. By opening a dialogue between how people move and how this may change by engaging with the digital, she aims to create choreography, performative scores, video, programming languages and hacking methodologies.

DXARTS 490B: E-textiles & Wearables for Art & Design - Spring 2017

DXARTS 490B is an introductory course to electronic textiles, soft-circuits and wearable technology. It provides hands-on prototyping for physical computing projects that explore the body as an interface of control for interactive environments. The students engage with smart materials, hand-crafted electronics and creative programming with Arduino to design their own interactive wearables. E-textiles and wearable computing can be used in multimedia performance projects, interface or game design, medical monitoring systems, and also as educational tools for people of all ages.