Scientists continue to unravel the mystery of supermassive black holes, the universe's most powerful gravitational traps found at the centre of galaxies. New research is helping astronomers better understand how these cosmic giants form, grow and influence the evolution of galaxies, offering fresh insights into some of the most extreme environments in the universe.


Supermassive Black Holes: Why black holes don't run out of fuel

Scientists continue to unravel the mystery of supermassive black holes, the universe's most powerful gravitational traps found at the centre of galaxies. New research is helping astronomers better understand how these cosmic giants form, grow and influence the evolution of galaxies, offering fresh insights into some of the most extreme environments in the universe.

Universe's most powerful gravitational trap gets explained

In a landmark move, Narendra Modi government approved a project to build an advanced gravitational-wave detector in Maharashtra at an estimated cost of Rs 2,600 crore. In the US, there are already two such ligo observatories. The third such cutting-edge gravitational-wave observatory will be ligo-India. The facility is expected to be completed by 2030.

What are gravitational waves, and why do they matter?

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