Weak deuterium radio signal provides clues to higher dimensions through astrophysical interface of the dark matter
Media Release
Jun. 25, 2006

Scientists are trying for a long time to understand how higher dimensions interface with our three spatial dimensions and time. As such we are in fish bowl situation. We cannot see or perceive higher dimensions. From higher dimension one can perceive us. The clue to understanding and breaking to the higher dimensions is the start of the universe – the big bang. Big bang did not happen in three spatial dimensions like our. It happened in the Hyperspace and the interface between Hyperspace and out physical universe is the dark matter.

Scientists in recent days have focused on the radio detection of deuterium, an atom that is key to understanding the beginning of the universe. The detection of deuterium is of interest because the amount of deuterium can be related to the amount of dark matter in the universe, but accurate measurements have been elusive. Because of the way deuterium was created in the Big Bang, an accurate measurement of deuterium allows scientists to set constraints on models of the Big Bang.

Also, an accurate measurement of deuterium would be an indicator of the density of cosmic baryons, and that density of baryons would indicate whether ordinary matter is dark and found in regions such as black holes, gas clouds or brown dwarfs, or is luminous and can be found in stars. This information helps scientists who are trying to understand the very beginning of our universe.

A serious break through is weak deuterium radio signal receiving technology has opened the possibility for the first time to perceive higher dimensions in physical terms.

Weak deuterium radio signal provides clues to higher dimensions through astrophysical interface of the dark matter
Media Release
A serious break through is weak deuterium radio signal receiving technology has opened the possibility for the first time to perceive higher dimensions in physical terms.
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