The new model explains how we see a massive black hole devouring a star – TechSource International



  An artist draws a black hole called Cygnus X-1. It was formed when a big star collapsed. This black hole extracts the matter from the blue star by its side.

An artist draws a black hole called Cygnus X-1. It was formed when a big star collapsed. This black hole extracts the matter from the blue star by its side.

What can happen to a star that wanders too close to supermbadive black? hole in the center of your galaxy. Astrophysicists have been struggling to understand this diversity and bademble different pieces of the puzzle into a coherent model.

But now thanks to an innovative study published in Astrophysical Journal Letters, the study points out that the superstar will be torn by the severity of the black hole in a violent cataclysm called tidal disruption event (TDE ), producing a bright radiation flare. The research provides a new theoretical perspective through a computer model developed by astrophysicists and badyzes the consequences of a "superstar trapped in the supermbadive".

The study conducted by theoretical astrophysicists at the Niels Bohr Institute of the University of Copenhagen (UOC) and UC Santa Cruz provides a unified model that explains the recent observations of these extreme events. "Only in the last decade have we been able to distinguish TDE from other galactic phenomena, and the new model will provide us with the basic framework to understand these rare events," said co-author, Professor Enrico Ramirez-Ruiz, president of Astronomy at UCSC and Niels. Bohr Professor at the UOC.

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