Luis A. Anchordoqui

4 articles · 6 co-authors · latest: 2026-08-01
1,112 citations · h-index 13 · 41 papersData: Semantic Scholar

We have retold 4 papers by this author. most often about: dark energy, cosmological constant, dark matter. 6 co-authors across our retellings.

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Cosmology2026-05-111 minarXiv:2605.10476express
Dark Energy Isn't Constant?
For a long time, dark energy, the mysterious force prodding the expansion of the Universe, was considered eternal and unchanging, like yeast that never loses its activity. But explaining such constancy through the laws of the microcosm proved impossible, and scientists began to suspect that the “leaven” might be going flat.
HEP Theory2026-06-182 minarXiv:2606.20486express
A Micron-Sized Universe Next to Ours
In the first instants after birth, the universe might have been multidimensional, like a sheet of paper that suddenly gained thickness. This "thickness"—the extra dimensions — began to inflate rapidly. Such superfast growth is called inflation.
HEP Theory2026-07-241 minarXiv:2607.22442express
Micron-Scale Worlds Hidden from View
Gravity is a remarkably weak force. A small magnet holds a paperclip against the pull of an entire planet. Physicists have long sought the reason for this weakness, and one guess leads us into hidden dimensions. Perhaps gravity 'leaks' into them, losing strength in our three-dimensional world.
HEP Theory2026-08-011 minarXiv:2608.00590express
Black Holes as Bridges to the Dawn of the Universe
A black hole is not just an abyss. It is a seething cauldron whose temperature rises as it evaporates. The authors of the study found that when the heat reaches a critical threshold, the hole seems to boil. It emits superheavy particles — the very ones that exist on a scale where any theory of gravity collapses.