ICYMI: AI bots, the wall-climbing drone and more

Today on In Case You Missed It: Microsoft debuted a teenaged AI bot on Twitter to study human interactions and USC researchers are testing out bots with realistic faces for video chat support. Stanford's SCAMP is a UAV that can land and climb the s...

USC will publish its students’ games on PlayStation and Xbox

The premise of college is that it's going to prepare you with what you need to survive in a real-world work environment, but whether or not it fulfills that is another matter altogether. To that end, the University of Southern California has launched...

The future of entertainment’s taking shape on a flying whale

When Alex McDowell tells me he's considering using virtual reality as "a new kind of literacy," as a way to educate using real science, it's clear that I'm dealing with a visionary. We're sitting beside The Leviathan Project, his "research project" t...

USC finds that D-Wave’s quantum computer is real, maybe

D-Wave processor wafer

D-Wave has had little trouble lining up customers for its quantum computer, but questions have persisted as to whether or not the machine is performing quantum math in the first place. University of Southern California researchers have tested Lockheed Martin's unit to help settle that debate, and they believe that D-Wave's computer could be the real deal -- or rather, that it isn't obviously cheating. They've shown that the system isn't based on simulated annealing, which relies on traditional physics for number crunching. The device is at least "consistent" with true quantum annealing, although there's no proof that this is what's going on; it may be using other shortcuts. Whether or not D-Wave built a full-fledged quantum computer, the resulting output is credible enough that customers won't feel much in the way of buyer's remorse.

Filed under: ,

Comments

Source: Wired

USC starts a web hub for DIY, open source virtual reality projects

USC starts a web hub for DIY, open source virtual reality projects

For the sheer variety of virtual reality headsets available, there's been few resources available for those who want to craft their own devices. USC wants to save us the effort of searching around. Its MxR Lab has just launched a showcase of creations and modifications that DIY enthusiasts can build, including open source code for both the devices and integrating full-body motion control through Kinect for Windows or OpenNI. The most ambitious is Socket HMD, a complete 1,280 x 800 headset that involves a 3D-printed shell and custom-assembled electronics. If your own ambitions don't stretch that far, you can still build the VR2GO viewer, which uses iPhones and iPod touch players as the eyepieces, as well as mods for the Oculus Rift developer kit that add stereo cameras or increase the field of view. Yes, you'll need a 3D printer and a knack for programming to get most of these projects going, but you won't have to wait for someone to make them for you -- a big help when many ready-made VR displays are either in development or priced out of reach for the average person.

Filed under: ,

Comments

Via: Road to VR

Source: USC

USC battery wields silicon nanowires to hold triple the energy, charge in 10 minutes

USC battery wields silicon nanowires to hold triple the energy, charge in 10 minutes

There's no shortage of attempts to build a better battery, usually with a few caveats. USC may have ticked all the right checkboxes with its latest discovery, however. Its use of porous, flexible silicon nanowires for the anodes in a lithium-ion battery delivers the high capacity, fast recharging and low costs that come with silicon, but without the fragility of earlier attempts relying on simpler silicon plates. In practice, the battery could deliver the best of all worlds. Triple the capacity of today's batteries? Full recharges in 10 minutes? More than 2,000 charging cycles? Check. It all sounds a bit fantastical, but USC does see real-world use on the horizon. Researchers estimate that there should be products with silicon-equipped lithium-ion packs inside of two to three years, which isn't long to wait if the invention saves us from constantly hunting for the nearest wall outlet.

Filed under:

Comments

Via: Gizmodo

Source: USC

Alt-week 10.6.12: supercomputers on the moon, hear the Earth sing and the future of sports commentary

Alt-week peels back the covers on some of the more curious sci-tech stories from the last seven days.

Altweek 10612 supercomputers on the moon, hear the Earth sing and the future of sports commentary

Normally we try to encourage you to join us around the warm alt-week campfire by teasing you about what diverse and exotic internet nuggets we have for you inside. Sadly, this week that's not the case. There's nothing for you here we're afraid. Not unless you like totally mind-blowing space videos, singing planets and AI / sports commentary-flavored cocktails, that is. Oh, you do? Well what do you know! Come on in... this is alt-week.

Continue reading Alt-week 10.6.12: supercomputers on the moon, hear the Earth sing and the future of sports commentary

Filed under: , ,

Alt-week 10.6.12: supercomputers on the moon, hear the Earth sing and the future of sports commentary originally appeared on Engadget on Sat, 06 Oct 2012 17:00:00 EDT. Please see our terms for use of feeds.

Permalink   |   | Email this | Comments

Video of protein movement within a neuron shows how our brains renew themselves

A rare look at protein movement within a neuron shows how our brains renew themselves

If, like us, you spend most of your time wondering exactly what's going on in other people's heads, then this video is for you. Okay, so it might not reveal the reason why that jerk cut you off at the junction, or why that co-worder didn't show up to your date exactly, rather, it's a little more literal than that. This is video footage of proteins moving within a single neuron. The USC researchers were able to capture this video by using bioluminescent proteins from a jellyfish to visually track their movement. Not only is this mind-boggling to the layperson (just think how small these things are) it's also mind-revealing. By that, we mean it gives scientists an opportunity to observe how these tiny, yet vital, cerebral elements restore themselves. Which, when you're constantly worried about the amount of grey matter you were blessed with in the first place, can only be a good thing.

Filed under: ,

Video of protein movement within a neuron shows how our brains renew themselves originally appeared on Engadget on Sat, 25 Aug 2012 13:00:00 EDT. Please see our terms for use of feeds.

Permalink io9  |  sourceCell Reports  | Email this | Comments

Project Holodeck and Oculus Rift hope to kickstart every gamers’ VR dream for $500 (video)

Project Holodeck and Oculus Rift hope to make every gamers' dream a $500 reality via Kickstarter video

Star Trek: The Next Generation may be coming to your living rooms soon courtesy of some hot new Blu-ray pressing, but one of the most compelling pieces of the technology shown on that series still remains elusive: the holodeck. Don't get down, sunshine, because we might soon be making our first, tentative steps into a virtual courtesy of Project Holodeck. It's underway at USC's School of Cinematic Arts as well as the Viterbi School of Engineering and starts out with a pair of Project Oculus glasses. These glasses, which were shown off at E3 by none other than John Carmack, cram a 1,280 x 800 display into a pair of glasses that present a wide, truly immersive field of view. Pair that with a PlayStation Move for head tracking and a Razer Hydra controller and you have the beginnings of a proper virtual reality environment.

An early concept of what the complete system might feel like can be found after the break, a couple of people acting out a sequence from Skies of Arcadia, which could be called a spiritual inspiration for the first game designed for Project Holodeck: Wild Skies. In it, two people "pilot a massive airship through a exotic world of floating islands" -- though whether they look as kawaii as their Dreamcast predecessors remains to be seen. When you might actually get your hands on the system is also unknown, but one piece of the puzzle, the Oculus Rift glasses, are said to be hitting Kickstarter any day now -- for an anticipated price of just $500. Bat'leth and copy of Workin' out with Worf not included.

Continue reading Project Holodeck and Oculus Rift hope to kickstart every gamers' VR dream for $500 (video)

Filed under:

Project Holodeck and Oculus Rift hope to kickstart every gamers' VR dream for $500 (video) originally appeared on Engadget on Mon, 23 Jul 2012 20:48:00 EDT. Please see our terms for use of feeds.

Permalink SlashGear  |  sourceProject Holodeck  | Email this | Comments