Brooklyn art studio BREAKFAST’s interactive artwork uses arctic temperature data to visualize climate change in real time, displaying above average temperatures in gold, and below average in blue. It also changes appearance when you approach to represent the impact climate change has on all of us.
FutureDeluxe shows off a cool project that was on display during the Google China Developer Days – an interactive display which allows people to create unique ceramic vessels simply by moving their bodies. Each virtual work of art changes shape as the person in front of the camera changes poses. More here.
Created by the Ruiz Brothers with code by Phillip Burgess, this interactive electronic plaything uses motion sensors and a Raspberry Pi computer to determine the flow of digital grains of sand on a 64×64 matrix of LED pixels. You can grab the schematics, parts list, code, and build guide over on Adafruit.
Artist Felix Vorreiter’s unusual timepiece uses a single, long piece of string that feed through a series of pulleys. The rope is marked with dots which align to display the current time. The current clock only has 120 minutes of string, as it would take about 4000ft to cover a full day.
Australian artist David Morrell bends metal wire to form roller coaster style tracks, on which marbles spend their days rolling round and round in a perpetual loop. His kinetic sculptures are available in a wide variety of sizes and shapes, and he accepts commission work.
Interactive system maker Realtime Department shows off a modern version of the classic foosball game where you never have to worry about losing the ball again. It features a 4K display and spinner style rod controls, and its virtual stadium and player uniforms can be customized.
A trio of classical musicians teamed up with interactive artists Ouchhh on this innovative performance art work for Ars Electronica, using sensors to measure data from its cellist’s Delta, Theta, Alpha, Beta and Gamma brainwave activity to generate real-time visuals influenced by emotion, focus, auditory, and other neural response.
We’ve seen various works by artist Daniel Rozin over the years, but this interview with WIRED is the first time we’ve heard from the artist himself, and not just what inspires him to make his mechanical “mirrors,” but the painstaking effort and technology that drives his works.
Delta Hack takes a look at droolworthy gadget for laser geeks. The 4″, 3.1 lb cube has bright red, green, and blue lasers, and a computer-controlled mirror which can be used to display animations. Its beam can also be focused to engrave images or ignite things. Available now from Wicked Lasers. Read our full review on Technabob.
British design duo Glithero’s unique desk lamp has a playful method for switching it on. It’s activated only when you knock over a series of copper dominoes which complete the circuit when toppled. Of course, you have to set them all up again each time you turn off the lamp.
The guys from electronics site Adafruit Industries show off a fun project you can make for yourself – a trampoline with a cool LED light ring. The lights aren’t just colorful, they can be triggered based on when you jump up and down. Full build guide and parts list here.
Design collective onformative shows off a nifty mechanical sculpture they created, which uses a series of spinning black metal tubes which allow light from an array of fluorescent bulbs to pass through. The result is a binary pixel display with an alluring soundtrack. More here.
Digital art and design collective Universal Everything uses a series of human motion studies to envision a new sort of interactive modeling interface, which could allow multiple participants to sculpt objects from “smart matter.” It also doubles as a dance piece.
David Bowen’s unique art installation captures data from a plant stalk blowing the wind, then echoes its movements onto 126 individual stalks placed indoors. Each indoor stalk moves in concert with its outdoor inspiration thanks to accelerometer tracking and servo motors.
Microsoft Research shows off a tabletop mat that uses capacitive sensors and near-field communication (NFC) to detect the shape and position of objects, as well as touch, and gestures above its surface. It could be used for interactive games and other tangible interfaces.
Looking Glass Factory’s interactive display uses specialized optics to send 32 different views of a video towards its viewer’s eye. The result is a holographic 3D image which appears to float in mid air. An Intel RealSense depth camera allows for users to interact with the image.
This unique lamp has a built in projector, computer, and sensors which allow for the creation of interactive, augmented reality apps on any tabletop. It can recognize objects based on shape, size, and color as well. Keep in mind that the version on Kickstarter is for developers.