Scientists Propose New Methods to Detect Tiny Primordial Black Holes

Theoretical research suggests these elusive black holes could hollow planets, create microscopic tunnels, and provide insights into dark matter.

Primordial black holes, formed in the early universe, are theorized to be potential candidates for dark matter but have never been directly observed.
Researchers suggest these tiny black holes could hollow out the cores of planets or asteroids, leaving behind stable, hollow structures under specific conditions.
Fast-moving primordial black holes passing through solid materials on Earth might create microscopic tunnels detectable in ancient rocks, metals, or even buildings.
The study highlights the feasibility of using existing technology to search for these signatures, though the chances of detection remain extremely low.
The findings could help resolve major physics challenges, such as the nature of dark matter, and open new avenues for future research and technological applications.