HacDC Wins LulzBot Mini 3D Printer in Hackerspace Giveaway

LulzBot LogoHacDC was selected as one of 32 hackerspaces to win a brand new LulzBot Mini 3D Printer with supplies and support in the LulzBot 4th Annual Hackerspace Giveaway. The LulzBot Mini will substantially contribute to HacDC’s growing modern toolset, including 3D printers, CNC Milll, and Laser Cutter. If are are interested in 3D printing or would like to learn more about it, be sure to join Julia Longtin for her weekly 3D Thursdays. Also consider joining HacDC’s IRC channel.

Thank you to LulzBot and their continued support of hackerspaces everywhere!

NPR Segment on ArduSat features HacDC Summer School!

NanoSatisfi's ArduSatHacDC’s Summer School 2013 was featured a few days ago in a NPR story by Geoff Brumfiel about the upcoming ArduSat launch. ArduSat is an Arduino-enabled satellite that you can buy time on to run your own Arduino-powered extra-terrestrial experiments that make use of the nanosatellite’s “STANDARD sensor package.” Read more about it and listen here (includes workshop photographs by NPR’s Heather Rousseau):

Tiny Tech Puts Satellites In Hands Of Homebrew Designers

ArduSat image 2013 © NanoSatisfi, Inc

We’re closed Monday & Tuesday (at least)

We're closed Monday and Tuesday (at least)Since we’re battening the hatches for Frankenstorm, we’ll be closed Monday (10/29/12) and Tuesday (10/30/12).

On Wednesday we will reassess and post (if possible!!) our availability for the rest of the week depending on the power situation. As usual, if you are a non-member and stop by unannounced, call 202-556-4225 (HACK) to see if anyone’s around to let you in.

Good luck to us all!

HacDC Science is back, baby! This time it is neuroscience…

Thank to help from several of my fellow HacDCers, I have my HacDC website access working again, and you know what that means- more SCIENCE content! Today a quick pointer to a fascinating article on the computer simulation of a mammalian brain – or at least an important portion of one- the neocortical column from a common laboratory mouse. The cool thing is that they generated much of the data needed to run the simulation (at the scale of one processor per neuron right now) by using laboratory robots to generate a huge number of experiments on living mouse cells, the data from which were put directly into the simulator. Very, very interesting approach, and an equally cool result- reproducible prediction of the brain’s response to stimuli by the model, which matches perfectly with what is observed in the living mouse. We are getting close to where we are only Moore’s Law away from being able to do the same thing with a human brain. If you read the article here: https://seedmagazine.com/content/article/out_of_the_blue/ be sure and ask me about my related funny Terry Sejnowski story.