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A team of scientists from Washington believe that they have managed to establish the exact size of the universe to within 1 per cent accuracy.

In a remarkable development, the researchers, who were working with the Baryon Oscillation Spectroscopic Survey (BOSS), have been able to measure the distances to galaxies that are over 6 billion light years away.

"There are not many things in our daily lives that we know to 1-percent accuracy," said David Schlegel, a physicist at Lawrence Berkeley National Laboratory and the principal investigator of BOSS. "I now know the size of the universe better than I know the size of my house."
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Scientists have discovered that the universe is made up of plus and minus bits, just like a computer program. So, is the Matrix real? Do we actually exist as living, conscious entities or are we part of somebody’s experiment…or perhaps even a toy?

The field of quantum chromodynamics potentially offers this unsettling explanation for the fundamental construction of the Universe. Scientists have tested this theory with some success, though the degree of complexity involved means that only the world’s most powerful super-computers are up to the job. In doing so, however, they came to the realization that simulating physics at this level was essentially the same as simulating the Universe itself.
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Our universe may not be alone, something that the Master of the Key predicted in his 1998 conversation with Whitley Strieber, that was published in the Key in 2002. According to the eternal inflation model of the universe, the universe we see around us may not be alone. Even though it is truly immense, consisting of at least 100 billion galaxies like our own, the model predicts that it is a kind of bubble in a field of other bubbles, each of which contains another universe.

While these bubbles are racing away from each other, they have probably collided in the past, leaving ‘cosmic bruises’ that should be visible today in the

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We may live in a holographic projection of another, flat version of life, being lived in a two-dimensional surface at the edge of this universe. Seeing our universe as a hologram could solve some of the biggest problems in quantum physics, such as "spooky action at a distance," also known as quantum entanglement, in which two particles become entangled and when something happens to one of them, it instantly happens to the other.
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