By NVIDIA's own admission, the lower registers of its Kepler-based GeForce graphics cards "couldn't always tackle [their] originally stated goal" of powering 1080p games with the settings amped up to high. So, after the GeForce GTX 650 and 650 Ti, maybe the third time's a charm. The latest card goes by the name GTX 650 Ti Boost, reflecting the fact that it brings NVIDIA's GPU Boost technology into the mix, which can vary the chip's clock speed as need allows. Stacked against the 650 Ti, this unit's got 782 CUDA cores (up from 768), a base clock of 980MHz (up from 928MHz) and a TDP of 140W, (compared to 110W). Another big draw is two-way SLI, so you can pair up cards when your wallet regains its strength. On the benchmark front, NVIDIA promises you can run Starcraft 2: Heart of the Swarm at highest settings and get a frame rate of 62fps, an order of magnitude higher than the 39fps promised on the 650 Ti. Sitting above the 650 Ti and below the GeForce 660, the 1GB version will set you back $149 (£124), with the 2GB edition priced at $169 (£144). In behind-closed-doors tests, the company has found that it comes out on top against AMD's $249 Radeon 7850, but we'll be rounding up independent reviews shortly in order to verify that claim -- as well as seeing if it can make the 7790 think twice about getting out of bed.
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There's no bling, just the necessary controls in the BestCrypt control panel window. 
Encrypted containers are just one of BestCrypt's many tricks. 
Up until now, removing brain tumors has been a fairly imprecise—and thus highly dangerous—art. Cancerous tissue in the brain looks almost exactly like healthy tissue, and being just one millimeter off is enough to permanently affect a patient's quality of life. Plus, it's almost impossible to tell if any post-surgery neurological damage is from the tumor or the surgery itself. Jim Olson, a pediatric neuro-oncologist, looked to an unlikely source to solve the problem: scorpion toxins.
