Research using new antennas in the Australian hinterland has reduced background noise and brought us closer to finding a 13-billion-year-old signal The early Universe was dark, filled with a hot soup of opaque particles. These condensed to form neutral hydrogen which coalesced to form the first stars in what astronomers call the Epoch of Reionisation (EoR). "Finding the weak signal of thi
Wednesday, December 15, 2021
Closing in on the first light in the Universe
Melbourne, Australia (SPX) Dec 15, 2021
Research using new antennas in the Australian hinterland has reduced background noise and brought us closer to finding a 13-billion-year-old signal The early Universe was dark, filled with a hot soup of opaque particles. These condensed to form neutral hydrogen which coalesced to form the first stars in what astronomers call the Epoch of Reionisation (EoR). "Finding the weak signal of thi
Research using new antennas in the Australian hinterland has reduced background noise and brought us closer to finding a 13-billion-year-old signal The early Universe was dark, filled with a hot soup of opaque particles. These condensed to form neutral hydrogen which coalesced to form the first stars in what astronomers call the Epoch of Reionisation (EoR). "Finding the weak signal of thi
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