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The first moments of the cosmos's existence represent a period when physical laws were just beginning to take their familiar form, and matter was passing through extreme phases of expansion and cooling. In this collection, we focus on research that reconstructs events from the Planck epoch and inflation to the formation of the first atoms and the cosmic microwave background.
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Physics & Space • General Relativity
What if dark matter is not a substance, but the geometric response of the Universe to its own deformation? A new theory proposes an unexpected answer.
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Physics & Space • High Energy Physics
Why do neutrinos have mass, and why is dark matter stable? A new mathematical structure offers a unified explanation by breaking the conventional rules of symmetry.
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Physics & Space • General Relativity
Research in loop quantum gravity reveals that the elementary excitations of spacetime can follow not only bosonic but also fermionic statistics.
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Physics & Space • General Relativity
During inflation, quantum fluctuations are stretched to cosmic scales, leaving mathematical «traces» – logarithms that help us understand the birth of the Universe's structure.
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Physics & Space • Astrophysics
Radio galaxies show a strange spatial asymmetry three times stronger than Standard Model predictions – suggesting gravity might not work quite the way we thought.
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Physics & Space • Astrophysics
Discover how ghostly axions – particles of dark matter – could have birthed supermassive black holes at the very dawn of time, when the Universe was still an infant.
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