It has been said that "life will always find a way," and a recent discovery by Russian space officials appears to confirm that life can certainly exist in the most hostile of environments.

Traces of plankton and other microorganisms have been found living happily aboard the International Space Station (ISS), not safely within its cosy interior but clinging to its exterior surfaces assaulted by freezing temperatures and cosmic radiation. It seems that the tiny organisms are even able to survive in an atmosphere without oxygen, previously thought to be one of the factors necessary to support any form of life.
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Thirty years ago, having your own mobile phone or computer was a rarity, and was considered to be the ultimate in technological sophistication. Now it is far more rare to find an individual who does not possess some form of hi-tech device, and even our "silver-surfing" grandparents are techno-savvy.

So in these technologically advanced times, where does the technophile go for their next techno-fix?

It seems that when you have exhausted all of the technology that the earth can offer, you look to the skies: a small team of techys in Mountain View, California, has made history by running a crowdfunded mission to take control of an old NASA satellite.read more

The term "global warming" has been described as one of the most misleading descriptions of the modern world by president of the Space and Science Research Corporation, John L. Casey, in his new book, "Dark Winter: How The Sun Is Causing a 30-Year Cold Spell."

Casey claimed in a recent interview that the increase in global temperatures has now ceased, and has replaced by a period of icy cold that could prevail for another thirty years, with catastrophic effects on agriculture and farming.
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For the first time, researchers have created biological tissue that functions like brain tissue.

The human brain remains one of the least understood organs in the human body, because of its complexity and the difficulty of studying its physiology in a living person. Tufts University researchers today announced development of the first reported complex three-dimensional model made of brain-like cortical tissue that exhibits biochemical and electrophysiological responses and can function in the laboratory for months. On injury, the model (pictured here) mimics the reaction of living brain tissue.
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