I love this stuff. It's very ingenious, and what's especially tricky is the handling of the cube by the computer. So you got to admire the ingenious idea this guy had of doing it. Rather brutal, but it works! Cool!

We all know it....we all hate it...it's shopping with the girlfriend. Here is a hilarious video about exactly this kind of problem, and what the girl can do to solve the uncomfortable situation for the guy. A+. Enjoy!

Why a Gordian knot? Because you can't untie it. Alexander the Great solved the problem by cutting it. So I'd say that getting this particular blond to understand how to change a PC processor is almost impossible

This is an ultra cool video. It's a LEGO robot which can solve a Rubick's Cube. It does this with the help of a web cam and a color recognition software. It seems that the robot took some time to solve it...but WOW, it's really cool I hope you enjoy this video as much as I did !

This little Chinese 3yr old, can solve the Rubik's Cube in 114 seconds. That would be a performance for anyone, let alone for a small child. Quite amazing!

Cloned cells were transplanted into the brain of mice who suffered from this disease and they replaced sick neurons. The success of therapeutic cloning in mice. Researchers of the Sloan-Kettering Institute in New York, led by neuro-scientist Lorenz Studer, have treated the guinea pigs suffering from Parkinson with the transplantation of embryonic stem cells obtained from the skin of rodents themselves sick. The experiment, described in Nature Medicine, not only has recorded cases of rejection, but also significant improvements in the evolution of clinical pathology. The group Studer - after having caused lesions in the brains of mice that would determine the same effects of Parkinson's disease - has transferred the nuclei of cells inside the tail skin cell mouse egg "emptied" of its nucleus, through the technique known as therapeutic cloning (or Scnt, Somatic Cell Nuclear Transfer). The cloned cells, cultivated, were then developed into blastocysts. The researchers thus generated 187 lines of embryonic stem cells from 24 different mice, most of which later differentiate into neurons capable of producing dopamine.