What Makes Non-Commutative Black Holes Different from Traditional Black Holes?

In the captivating realm of theoretical physics, black holes have always been a subject of profound interest. Their enigmatic nature, coupled with their role in shaping our understanding of the universe, makes them a focal point for researchers. Recently, a team led by Filho delved into the study of non-commutative black holes, offering new insights into their thermodynamic properties, lifespan, and gravitational behavior. This article aims to break down their findings into simple and comprehensible language while maintaining the depth of their research.