James Webb Space Telescope findings

James Webb’s little red dots may be monster stars that seeded black holes

Recent findings indicate that colossal "monster stars," reaching masses up to 100,000 times that of our Sun, may hold the key to understanding the enigmatic "little red dots" observed in the early universe. These gigantic stars, through their tumultuous pulsations, generate dense gas shells that may facilitate the swift emergence of supermassive black holes. This innovative research presents a comprehensive model to account for the characteristics of these cosmic phenomena.

Rohan Naidu: The mind behind the black hole star

Unusual black hole found at universe’s dawn presents dusty mystery to astronomers

An international team of astronomers has found an unusual object that may help explain what at least some of these red dots actually are: unusually young and rapidly growing black holes surrounded by an enormous amount of dense gas

Rohan Naidu: From engineering dropout to probing the early universe

Rohan Naidu, an astronomer from Hyderabad, is making significant contributions to our understanding of the early universe. His recent study focuses on a cosmic dawn object that reveals a supermassive black hole enveloped by dense gas. This important research not only sheds light on the rapid growth of early black holes but may also provide insights into the enigmatic 'little red dots' recently detected by the Webb telescope.

Hyderabad-born MIT astronomer Rohan Naidu helps uncover a ‘black hole star’

Astronomers using the James Webb Space Telescope have identified an exceptionally bright, red object from the early universe that may be a previously unknown “black hole star”. Led by Hyderabad-born MIT astronomer Rohan Naidu, the study suggests a massive black hole could be concealed within dense hydrogen, potentially explaining the mysterious “little red dots” seen by JWST.

Webb's 'little red dots' puzzled astronomers; this galaxy may hold the answer