Back to today’s briefing

Story perspectives

Breakthrough Discovery: LFBOTs Challenge Black Hole Theories

12/19/2025

41 7 Full Breakdown

Summary

Story summary

AT 2024wpp is the brightest LFBOT recorded, observed by UC Berkeley researchers.
The event indicates LFBOTs arise from a black hole up to 100 solar masses shredding its companion, not from supernovae.
The findings challenge black hole models and imply LFBOTs require a powerful energy source.
Future observations with advanced telescopes may reveal more LFBOTs, expanding knowledge of black holes and stellar evolution.

1 of 1

Story summary

AT 2024wpp is the brightest LFBOT recorded, observed by UC Berkeley researchers.
The event indicates LFBOTs arise from a black hole up to 100 solar masses shredding its companion, not from supernovae.
The findings challenge black hole models and imply LFBOTs require a powerful energy source.
Future observations with advanced telescopes may reveal more LFBOTs, expanding knowledge of black holes and stellar evolution.