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112 Articles

Programmable Origami

June 29, 2010 by 15 Comments

[youtube=http://www.youtube.com/watch?v=vZf3lo-16wQ]

Researchers at MIT have come up with this slick demo of, what they call,  programmable matter. This flat sheet covered in tiny foil actuators can be programmed to fold into specific shapes. Shown in the video above is a boat and an airplane.  Using the concepts set down by origami through the years, they can divide the sheet into triangles in specific arrangements to make certain shapes possible. This one is fairly simple, but judging by some of the insane origami we’ve seen around, this could get pretty cool.

[via slashdot]

Robots In Space

January 21, 2010 by 22 Comments

[youtube=http://www.youtube.com/watch?v=nl6lZbyLkzs]

SPHERES (Synchronized Position Hold, Engage, Reorient Experimental Satellites) are experimental robots made at MIT for the purpose of testing robot locomotion in space. As you can see in the video above, they are capable of maneuvering pretty well. They seem to hold formation fairly tightly. They are using compressed CO2, through 12 different thrusters for positioning. They should be capable of autonomously navigating around each other as well as docking to one another.

BiDi Screen, On (and Off) Screen Multitouch

December 12, 2009 by 18 Comments

[youtube http://www.youtube.com/watch?v=kXuxK6IeQfo&feature=player_embedded%5D

MIT is debuting their latest advancement in technology, a multitouch screen that also functions as a gestural interface. The multitouch aspect is nothing new, the team explains how traditional interfaces using LEDs or camera systems do work, but fail to recognize gestures off-screen.

Gestures are a relatively recent highlight with the introduction of projects like Natal or perspective tracking, but fail to work at closer distances to the screen. MIT has done what seems the impossible by combining and modifying the two to produce the first ever multitouch close proximity gestural display.

And to think, just a couple of months ago the same school was playing with pop-up books.

[via Engadget]

Arduino Powered Singing Table

September 30, 2009 by 23 Comments

[youtube=http://www.youtube.com/watch?v=vc4PSgXDp64]

This musical Lazy Susan, or “Crazy Adam” was brought to us by students from MIT.  It basically plays [Soul II Soul]’s “Back to Life”  as it turns.  In their words: “Through the interaction with the Singing Lazy Susan, we found the eating patterns and behaviors unique to each person, which reflect our personalities and interests. The dining experience expands to a new domain.”  Are we the only ones who think this is silly? Not only is an Arduino overkill for this, how does this help reflect our personalities and interests? We know, someone will say that art doesn’t need to make sense, but  this would just get annoying really fast. Good job coming up with an idea and making it happen. Please don’t bring that to our next office party. It is also worth noting that musical Lazy Susans aren’t exactly a new idea.

OmniDirectional Research Platform

August 8, 2009 by 11 Comments

[youtube=http://www.youtube.com/watch?v=-bcoAqKhdL4]

[Shachar Geiger] sent in an interesting project that he worked on with [Tal Avivi] at the Bezalel academy in Jerusalem. They were given the task of designing a 1-person electrical urban vehicle. They took some cues from MIT’s Transology and designed the OmniDirectional Research Platform (ODRi). There’s a video of it embedded above. It can be driven using three different input styles: an accelerometer joystick, a traditional gamepad, or body mass shift. They started with an Arduino, but needed more I/O and had to switch to a Wiring board (this was before the Mega). The platform is built mostly from scrap. The accelerometers were placed in an old Microsoft Sidwinder. The standard joystick is from a Sega Mega Drive. The weight sensors are out of cheap home scales.

Human Powered Electric Instruments

April 28, 2009 by 21 Comments

music

[Noah] tipped us off to his work with Physically Engaged Electronic Instruments. He is building instruments, that while being electronic, require physical action to drive them. In the video after the break, you can see an example, in the form of a polka. The part that they’re holding (print head?) is attached to a generator which powers the instrument. The effect makes the instrument much more like a traditional stringed instrument that must be strummed. We can easily also imagine an interface similar to a concertina or accordion being functional. There are schematics available on his site in the research reports section, but you’ll have to dig through a pdf or two to find them. We would love to see a breakdown of the instruments and their components in a more accessible form.

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