Scientists have discovered the cosmic microwave background possible traces parallel universe
Scientists, astronomers studied the signals coming from the most distant corners of space, found some anomalies, saying that the space-time continuum of our universe is destroyed, or rather destroyed a long time ago, on its borders influence of another universe, the physical laws which are fundamentally different from all familiar to us. Further work in this area can provide facts which will serve as partial confirmation of the so-called theory of the Multiverse, according to which in the space, there are many parallel universes, which are periodically penetrate and influence each other.
A team of scientists, led by Dr. Renga-Ram Chari (Ranga-Ram Chary) from the California Institute of Technology, studied the registration data of the cosmic microwave background, which were collected using a space telescope Planck Space Telescope of the European Space Agency. The picture of the microwave background, which is the light that arose at the time of the Big Bang, it was found many spots, the brightness of which significantly exceeds the brightness, they should have according to theoretical calculations.
In order to be able to make such findings, Chari's team used several mathematical models of the microwave background, the data were combined with real data collected by the telescope Planck. After such a combination of signals from the researchers removed all the stars, gas and dust, and after cleaning so the painting was to remain only a uniform noise signal.
However, the resulting picture Background scientists found scattered haphazard way areas whose brightness is 4.5 times the brightness of thousands of general background noise. And analysis of the various characteristics of the radiation of the spot indicates that this may be a kind of signals, born the interaction of our universe and another universe, which occurred a few hundred thousand years after the Big Bang, that is, 13.8 billion years ago. And the interaction itself like two universes simultaneously inflated bubbles, which are in contact with each other.
In addition, some of the available data indicate that the second Universe is radically different from our own. The ratio of subatomic particles called baryons and photons in this universe is about ten times greater than in our universe. And it says that the other universe is radically different from ours, it reigns a different set of physical laws, and inside it is something quite unusual and unfamiliar.
The resulting group of Dr. Renga-Ram Chari results aroused the interest of other scientists. Some of them believe that these signals may not be the result of other manifestations of the universe, but still behind them, some hitherto unknown phenomenon and are these phenomena require additional and more thorough study. And spend this additional study, the researchers will have an opportunity after the launch of NASA's mission Primordial Inflation Explorer, the possibility of funding which will be discussed only at the end of 2016.
Scientists, astronomers studied the signals coming from the most distant corners of space, found some anomalies, saying that the space-time continuum of our universe is destroyed, or rather destroyed a long time ago, on its borders influence of another universe, the physical laws which are fundamentally different from all familiar to us. Further work in this area can provide facts which will serve as partial confirmation of the so-called theory of the Multiverse, according to which in the space, there are many parallel universes, which are periodically penetrate and influence each other.
A team of scientists, led by Dr. Renga-Ram Chari (Ranga-Ram Chary) from the California Institute of Technology, studied the registration data of the cosmic microwave background, which were collected using a space telescope Planck Space Telescope of the European Space Agency. The picture of the microwave background, which is the light that arose at the time of the Big Bang, it was found many spots, the brightness of which significantly exceeds the brightness, they should have according to theoretical calculations.
In order to be able to make such findings, Chari's team used several mathematical models of the microwave background, the data were combined with real data collected by the telescope Planck. After such a combination of signals from the researchers removed all the stars, gas and dust, and after cleaning so the painting was to remain only a uniform noise signal.
However, the resulting picture Background scientists found scattered haphazard way areas whose brightness is 4.5 times the brightness of thousands of general background noise. And analysis of the various characteristics of the radiation of the spot indicates that this may be a kind of signals, born the interaction of our universe and another universe, which occurred a few hundred thousand years after the Big Bang, that is, 13.8 billion years ago. And the interaction itself like two universes simultaneously inflated bubbles, which are in contact with each other.
In addition, some of the available data indicate that the second Universe is radically different from our own. The ratio of subatomic particles called baryons and photons in this universe is about ten times greater than in our universe. And it says that the other universe is radically different from ours, it reigns a different set of physical laws, and inside it is something quite unusual and unfamiliar.
The resulting group of Dr. Renga-Ram Chari results aroused the interest of other scientists. Some of them believe that these signals may not be the result of other manifestations of the universe, but still behind them, some hitherto unknown phenomenon and are these phenomena require additional and more thorough study. And spend this additional study, the researchers will have an opportunity after the launch of NASA's mission Primordial Inflation Explorer, the possibility of funding which will be discussed only at the end of 2016.
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