Boson Stars: Unraveling the Mystery of Invisible Supernovas

 In the vast expanse of the cosmos, mysterious phenomena are occurring that are currently beyond our ability to observe. Invisible stars, known as boson stars, are reportedly dying in high-energy explosions, and recent research reveals a promising method to detect these enigmatic events. This new study, available on the preprint database arXiv, has been undertaken by an innovative group of astrophysicists who have delved deep into the life cycle of boson stars. 

These celestial bodies, shrouded in theoretical premises, are believed to be large entities composed entirely of elusive dark matter. When they reach the twilight of their existence, they trigger a massive explosion, akin to a supernova, yet completely undetectable. This invisible detonation is referred to as a "bosenova."

Dark matter, an enigmatic substance that constitutes over 85% of the mass of nearly every galaxy, remains an unsolved puzzle in the world of astrophysics. Astronomers have gathered multiple strands of evidence pointing towards its existence; however, all these clues hinge on the gravitational effects of dark matter on conventional matter.

As of now, we have not been successful in detecting dark matter through any other means, leaving the identity of the particle responsible for it a subject of ongoing debate and research. Hence, the detection of these bosenovas might provide critical evidence and pave the way for a deeper understanding of the universe's darkest secret.

Ref: LiveScience