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What if a vi
stanley tumblers rus were a shapeshifter, able to change its appearance each time it infects a machine What if a virus used your own files against you, able to ransack the programs on your computer for the bits of code it needs Judging from the progress made on the Frankenstein virus, a venture sponsored by the U.S. Air Force, that may soon be a reality. Developed by two professors at the University of Texas at Dallas, New Scientist says the Frankenstein virus is essentially a program compliler with directions about the algorithms it needs to assemble. Once
stanley isolierkanne unpacked and functional, it begins searching the software on your computer for the code it needs鈥攇enerally taking little snippets called gadgets. These gadgets are written to perform specific actions and thus can be transposed over to another program more easily. The
stanley usa researchers only had the Frankenstein virus create two simple algorithms as a proof of concept, but they believe it can assemble any program, including full-scale malware. And though there have been other viruses that can change their code, Frankenstein is believed to be more dangerous because it can also change its every aspect of itself to hide on your computer. Frankenstein is different because all of its code, including the blueprints and gadget-finder, can adapt to look like parts of regular software, making it harder to detect. Just three pieces of such software are enough to provide over 100,000 gadgets, so there are a huge number of ways for Frankenst Finv Watch Gizmodo s Joe Brown on CNN s Piers Morgan Tonight
The most recent ice age was dominated by gigantic mammals like the mammoth, woolly rhin
stanley canada oceros, and saber-tooth cat. But there an evolutionary mystery here. How did these animals enter the ice age already perfectly adapted for such brutally cold climates The answer lies in the Himalayas rising above present-day Tibet. Paleontologists recently discovered the remains of a woolly rhinoceros dating back some 3.6 million years. That just about a million years before the beginning of the most recent ice age 2.6 million years ago. The find comprised a complete skull and lower jaw, representing a new species of woolly rhinoceros somewhat more primitive than its later ice age descendants that came to dominate much of Eurasia. And yet, although it isn ;t quite the same as its descendants, all the key adaptations that would allow woolly rhinoceroses to thrive during the ice a
stanley cup ge were already in place. For instance, the skull shows signs of special adaptati
stanley kubek ons that allowed it to clear snow away using its horn. That allowed the ancient rhino to find vegetation hidden underneath the snow and eke out a decent existence in the Tibetan plateaus. After a few hundred thousand years, the woolly rhinoceros was perfectly adapted for life in Tibet. That proved to be a very useful thing, because it was around that time that the entire world basically became Tibet, as the glaciers descended on Eurasia and the world became choked in ice and snow. While the woolly rhinoceros had
