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It looks like SpaceX is gearing up to colonize Mars, with the first flight targeted for 2018 (the next time the Red Planet is close enough to give us an orbital shot at getting there quickly). That will just be the first unmanned test flight and attempted non-exploding landing, if they can even make that incredibly close deadline, but damn, I am excited! My favorite article about it so far is the one put together by Space Flight Now, who always do a great job of analyzing all the pros and cons of a proposed space mission. The Dragon 2 spacecraft could possibly deliver 4 tons of supplies to mars per launch (you wouldn’t want to use that craft for the actual mission, since the crew capsule is the size of an SUV), building up to enough food, water, and equipment to make the project viable. No word on when the first humans would head that way quite yet, but I expect them to make some comments once we see how the initial mission goes.

Tan Le developed a wearable EEG, and the other week a team of engineering doctoral students at the University of Florida used it to control drones in a competitive race as the first step to developing a brain/robot interface. One of Tan Le’s more elegant contributions to this telepathic headset was the algorithm that lets it unfold the convolutions of the brain, making it much more accurate and a lot easier for anyone to put on and start training with. This has major implications for everyone from the physically disabled who will gain previously impossible degrees of self reliance, to the military research teams trying to create their own personal Gundams. The major breakthrough’s that made EEGs wearable were developed in parallel in a number of different research projects around the world during the early part of this century, and affordable (as little as $500 a pop) the early part of this decade, and so far every year since has seen major improvements in their functionality. Another major player in this field is Ariel Garten, so I had to include some commentary from her. It seems like her system is a lot lower rez then Tan Le’s, only able to trigger actionable input from the whole brain state (Alpha, Theta) rather than specific mapped neural sites. But they are both on the market with a cheap neural computer interface as are a number of others, and there is no way to know who might come out with the advancement that pushes us into the future.

Using solar sails with a laser driven power system to launch from orbit, and traveling at 20% of the speed of light, tiny little Starships will visit Alpha Centauri. There will be a swarm of postage stamp sized nanocraft sent to our nearest neighbor to look for signs of life and give us more detailed information about the resources available there. If you are asking When will this happen?, they are working on it now, with the goal of launching within a decade or two. The folks involved in Breakthrough Starshot include Steven Hawking, Freeman Dyson, Yuri Milner, Ann Druyan, and a host of others.

Using a combination of solid and liquid printing, MIT printed the first ever 3D Printed Hydraulic Powered Robot. No assembly was required, beyond popping on a motor and battery. Which means now our Evil Robot Overlords will be able to print up their minions themselves. The advance that made this possible was developing a technique to print both solids and liquids in the same printer, and I find it somewhat surprising that they got the best results for the liquid printing using a regular ink jet printer.

The 1975 documentary film by Orson Wells on Aliens and Extraterrestrial Civilizations called Who’s Out There? was apparently authorized by NASA. Even if it wasn’t, it really is a treat to watch, and it held the title of another Hugo Award winning story that was later turned into the movie The Thing. If you have the chance to watch it some time it is an interesting video.