A breakthrough in theoretical physics has led to a fresh understanding of black hole formation, suggesting they can emerge purely from gravitational effects without requiring exotic matter. This advancement challenges long-standing notions derived from General Relativity, where singularities are predicted to exist at the core of black holes, causing the breakdown of physical laws. Researchers from the Institute of Cosmos Sciences of the University of Barcelona (ICCUB) have put forth a mathematical framework demonstrating that an infinite series of higher-order gravitational corrections can eliminate singularities, paving the way for the existence of regular black holes. New Model Challenges Previous Assumptions According to the study published in Physics Letters B, traditional models relied on exotic matter—hypothetical substances with negative energy density—to counteract singularities. However, this new research establishes that modifications to Einstein’s equations, as predicted by quantum gravity, suffice to generate black holes without singularities. The findings indicate that pure gravity alone can achieve this phenomenon, streamlining the theoretical framework required to explain black hole formation. In an interview with Physics Letters B, Pablo A. Cano, …