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Block Party Highlights

By Chief Robot | Filed in Robot News, Science
RBP

RBP

As most of you know, last week was  National Robotics Week.  On Saturday we went to Boston’s Robot Block Party at the Museum of Science and had an amazing time.

There was a Roomba and a Scooba give away. iRobot was there in full force and even had a Packbot that handed out free stickers.

We also saw several robots from FIRST and watched some of their competitions.

The highlight for us though, was the Panel Discussion titles Robots in 2031.  The panel included Dr. Cynthia Breazeal from MIT’s Media Lab, iRobot CEO Colin Angle, FIRST President Jonathan Dudas and FIRST veteran Catherine Pierce.  The moderator was Jake Ward from Popular Science.

Our favorite story from the panel is one Colin Angle told of his two year old daughter at the breakfast table eating Cheerios.  Some Cheerios had fallen out of the bowl and onto the table.  His daughter brushed the cereal onto the floor, so Colin asked what happened. His daughter Darcy replied, “Don’t worry daddy, the robot will get it.”

Don’t worry daddy, the robot will get it.

We never had that option when I was a kid.  Will kids soon be feeding robots unwanted vegetables from the dinner table  like brussels sprouts?

The second take away was from Dr. Cynthia Breazeal referring to the state of robots in 2031.

There’s going to be a whole menagerie of robots out there.

Thanks for a fabulous robot block party!

See more photos of the action after the break.

Read the remainder of this entry »

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Molecular Robot

By Chief Robot | Filed in Science

dna strandFrom the Clarendon Laboratory, Department of Physics at the University of Oxford in England comes a programmable DNA robot.

The robot is made up of sub-microscopic synthetic DNA and moves along tracks separated by only 6nm (nanometers).

The robot can be programmed using something called a “fuel hairpin”.  This is  a molecule that acts as a fuel cell and also carries instructions on which way the robot should go, allowing it to go right or left when it comes to a junction.  Hopefully in the future this would allow doctors to precisely target where drugs should end up in a patients body.

The research was done by Andrew Turbefield, a professor at Oxford, along with other colleagues.

Image of a DNA strand from Wikimedia Commons.

Link via (Science Daily) via (SpaceRef)

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Professor Sylvain Martel and other researchers from the NanoRobotics Laboratory of the École Polytechnique de Montréal has found a way to manipulate flagellated bacteria with magnets and computers to do his bidding.  In the above video they are shown building a tiny pyramid shape.  Someday they hope to use this technique to do more useful things, like building robots, very tiny robots. IEEE Spectrum explains:

One of their current projects is developing an autonomous bacterial microrobot. They plan to use standard CMOS processes to create a chip containing both electronics and bacteria. The bacteria would reside in micro-reservoirs designed to generate thrust. For control, small conductors inside each reservoir would produce magnetic fields.

Several of these microrobots could then be used to perform tasks collectively, perhaps one day swimming inside our bodies, delivering drugs, detecting disease, and fixing an organ here, a blood vessel there. Who knew bacteria could be good robots?

Link via (IEEE Spectrum) via (Make)

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If you haven’t been following Robonaut 2 on Twitter, we suggest you do.  He has been talking about his packing for the upcoming space trip.

Here is a short time lapse video of  Robonaut 2 being packed for space travel.  follow him on Twitter at http://twitter.com/AstroRobonaut.

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Hopping Robot

By Chief Robot | Filed in Research, Robot News, Science

Hopping RobotMIT in conjunction with Draper Laboratory is developing a robot known as Talaris or Terrestrial Artificial Lunar and Reduced Gravity Simulator.  This robot will be used on the Moon or other planet to hop over the rough terrain, instead of using wheels or treads.

The three foot wide robot will weigh about 110 pounds and currently has two propulsion systems.  It has four fans used to help simulate the correct gravity for wherever it will be going and a nitrogen gas system to actually do the thrusting and maneuvering.  The robot will be able to make hops of hundreds of kilometers, depending on it’s final size.

MIT and Draper Laboratory are part of a team called Next Giant Leap and are aiming for the Lunar X Prize.  They have until the end of 2014 to get Talaris to the moon to try and claim the Lunar X Prize.

Last we heard, Boston Dynamics was also working on  a hopping robot, but in their case it is for DARPA.

Link via (EE Times)

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