Jason Koebler writes: Dr. Sergio Canavero wants to become the first surgeon to perform a human head transplant. But some discerning gamers noticed that a doctor shown in the trailer for Metal Gear Solid V looks almost exactly like Canavero, leading some to speculate that it's all a viral marketing campaign for the upcoming game. Canavero, however, filed a sworn affidavit with Italian police in which he said Konami illegally stole his likeness, and that he has nothing to do with the game.

New submitter palemantle writes with this excerpt from The Hindu, updating our earlier mention of the successful launch of India's Mars-bound probe: "In a remarkably successful execution of a complex manoeuvre, the Indian Space Research Organisation (ISRO) fired the propulsion system on board the spacecraft for a prolonged duration of 23 minutes from 0049 hours on Sunday. In space parlance, the manoeuvre is called Trans-Mars Injection (TMI). ISRO called it 'the mother of all slingshots.' Celebrations broke out at the control centre of the ISRO Telemetry, Tracking and Command Network (ISTRAC) at Bangalore from where the spacecraft specialists gave commands for the orbiter's 440 Newton engine to begin firing. The Mars Orbiter Mission (MOM), also known as Mangalyaan, is designed to demonstrate the technological capability to reach Mars orbit. But the $72m (£45m) probe will also carry out experiments, including a search for methane gas in the planet's atmosphere."

theodp writes "In June, Google unveiled Project Loon to acclaim from the press for its "moonshot" project that aims to use high-altitude balloons to cheaply provide internet connectivity to rural, remote, and underserved areas of the developing world. So it's interesting to see that a just-published Google patent application for Balloon Clumping to Provide Bandwidth Requested in Advance, which pre-dated the Loon launch by a year, paints a not entirely altruistic picture of balloon-powered Internet access technology. Google describes the invention — which had been kept secret with a non-publication request — as just the ticket for those well-to-do enough to pay a tiered-pricing premium to get faster internet access while attending concerts, conferences, air shows, music festivals, and sporting events where a facility's overtaxed Wi-Fi simply won't do. Hope this revelation doesn't make Bill Gates think any less of the project!"

Lucas123 writes "A new project between NYU and start-up HEVO Power will disguise wireless charging stations in manhole covers. The wireless charging stations are aimed at providing fleets of delivery vehicles with power in parking spaces around the city. Next year, Toyota plans to test a wireless charging Prius in Japan, Europe. And, U.S. Auto electronics giant Delphi is developing technology for electric vehicles that could be used industrywide. The charging stations could be embedded in asphalt or pads that lay on garage floors. Wireless charging, however, still has many obstacles to overcome, including the time it takes to recharge a vehicle, cost to deploy the technology and power loss during electrical transfer."

QuantumMist writes "I'm helping someone with accelerating an embarrassingly parallel application. What's the best way to spend $10K to $15K to receive the maximum number of simultaneous threads of execution? The focus is on threads of execution as memory requirements are decently low e.g. ~512MB in memory at any given time (maybe up to 2 to 3X that at the very high end). I've looked at the latest Tesla card, as well as the four Teslas in a box solutions, and am having trouble justifying the markup for what's essentially 'double precision FP being enabled, some heat improvements, and ECC which actually decreases available memory (I recognize ECC's advantages though).' Spending close to $11K for the four Teslas in a 1U setup seems to be the only solution at this time. I was thinking that GTX cards can be replaced for a fraction of the cost, so should I just stuff four or more of them in a box? Note, they don't have to pay the power/cooling bill. Amazon is too expensive for this level of performance, so can't go cloud via EC2. Any parallel architectures out there at this price point, even for $5K more? Any good manycore offerings that I've missed? e.g. somebody who can stuff a ton of ARM or other CPUs/GPUs in a server (cluster in a box)? It would be great if this could be easily addressed via a PCI or other standard interface. Should I just stuff four GTX cards in a server and replace them as they die from heat? Any creative solutions out there? Thanks for any thoughts!"

An anonymous reader writes "With Ridley Scott and 20th Century Fox announcing that the much-vaunted 3D Alien prequel has now mutated into an original SF film project called Prometheus, starring Noomi Rapace, the author of this article recalls his 2007 interview with the late Dan O'Bannon, who presumably is happy about the news, wherever he is. Asked what he'd like to see happen to the xenomorph franchise, the Alien co-creator said: 'I'd like to see it stop. A horror movie's a fragile thing, and once you've gotten past the original, it isn't scary anymore. So you do a bunch of sequels to a horror movie, all they do is drain any remaining impact out of the original...it's not as effective as it would have been if you had just left it alone.'"

An anonymous reader writes "A team at NIST (the National Institute of Standards and Technology) used berylium ions, lasers and electrodes to develop a quantum system that performed 160 randomly chosen routines. Other quantum systems to date have only been able to perform single, prescribed tasks. Other researchers say the system could be scaled up. 'The researchers ran each program 900 times. On average, the quantum computer operated accurately 79 percent of the time, the team reported in their paper.'"