Wired has an interesting look at the sport of pushing proscribed boundaries in video games. Easter eggs in games have been around for years, but now finding surprises, intended or otherwise, is becoming a driving force behind the enjoyment of games. "In games as diverse as Fallout 3 and Mirror's Edge, players are pushing to find or create unexpected ways to break past the game horizon, and turn the designers' intentions on their heads. It's only a matter of time before someone releases a game where the best version is the one you were never intended to play. That's only to be expected, says David Michicich, CEO and creative director of Robomodo, the developers of Activision's new Tony Hawk: Ride, and a 14-year veteran game designer. 'Today's news gets old quick — we Twitter, blog, pass viral video. We thrive off the sudden excitement of the latest and most buzzworthy,' Michicich says. 'It's exciting to still feel like you can discover something new. It's stimulation, plain and simple.'"

On Wednesday, French game development studio Cyanide announced that they will be working with George R. R. Martin to bring his popular fantasy series, A Song of Fire and Ice, to the realm of video games. The press release implies that there will be more than one game, and the games will come out for PCs and "next-gen consoles." Apparently an HBO television series is in the works as well, in addition to board and card games related to the books.

tr0p writes "Java developers have used the open source Neuroph neural network framework to monitor video game players while they play and then provide helpful situational awareness, such as audio queues when a power-up is ready or on-the-fly macros for combo attacks. The developers have published an article describing many of the technical details of their implementation. 'There are two different types of neural networks used by DotA AutoScript. The first type is a simple binary image classifier. It uses Neuroph's "Multi-Layer Perceptron" class to model a neural network with an input neurons layer, one hidden neurons layer, and an output neurons layer. Exposing an image to the input layer neurons causes the output layer neurons to produce the probability of a match for each of the images it has been trained to identify; one trained image per output neuron.'"

destinyland writes "Rensselaer Polytechnic Institute in New York is developing flexible nanotubes inserted under the skin to create a handheld display — inside your hand. They wirelessly receive data and display reminders and text messages, and the concept has also been broadened to suggest endlessly programmable digital tattoos, while Netherlands-based Royal Philips Electronics is also exploring the concept of the body as 'a platform for electronics and interactive skin technologies'." That middle link is quite old, but is still loaded with interesting links.

Seth Shostak of the SETI Institute recently wrote an opinion piece for the NY Times discussing the limitations of our space technology. He makes the harsh point that transporting human beings to other star systems isn't a reasonable goal even on a multi-generational time frame. However, advances in robotics and data gathering could instead bring the planets and stars to us, and do it far sooner. Quoting: "Sending humans to the stars is simply not in the offing. But this is how we could survey other worlds, around other suns. We fling data-collecting, robotic craft to the stars. These proxy explorers can be very small, and consequently can be shot spaceward at tremendous speed even with the types of rockets now available. Robot probes don't require life support systems, don't get sick or claustrophobic and don't insist on round-trip tickets. ... These microbots would supply the information that, fed to computers, would allow us to explore alien planets in the same way that we navigate the virtual spaces of video games or wander through online environments like Second Life. High-tech masks and data gloves, sartorial accessories considerably more comfortable than a spacesuit, would permit you to see the landscape, touch objects and even smell the air."

KentuckyFC writes "Warp drives were generally considered impossible by mainstream scientists until 1994 when the physicist Michael Alcubierre worked out how to build a faster-than-light drive using the principles of general relativity. His thinking was that while relativity prevents faster-than-light travel relative to the fabric of spacetime, it places no restriction on the speed at which regions of spacetime may move relative to each other. So a small bubble of spacetime containing a spacecraft could travel faster than the speed of light, at least in principle. But one unanswered question was what happens to the bubble when quantum mechanics is taken into account. Now, a team of physicists have worked it out, and it's bad news: the bubble becomes unstable at superluminal speeds, making warp drives impossible (probably)."