Mathematicians Model Spacetime Crystal That Can Collapse into Microscopic Black Hole

Physicists have mathematically modeled a peculiar “spacetime crystal” that can either dissolve or collapse into a microscopic black hole when a minute change in energy occurs. The breakthrough relies on a novel technique that employs an infinite number of dimensions, allowing the crystal’s behavior to be described with unprecedented precision. By tuning the energy input, the crystal can be driven from a stable state into a singularity, effectively creating a miniature black hole in a controlled setting. This development provides researchers with a new theoretical tool to investigate the physics of primordial and microscopic black holes, potentially bridging gaps between quantum mechanics and general relativity.