Rohan Naidu: The Hyderabad-Born Engineering Dropout, Who Led the Black Hole Star Study

Engineering dropout at 18 to Harvard PhD: Meet Rohan Naidu, 'black hole star' finder

A Hyderabad-born astronomer has led a JWST study of MoM-BH-1, an unusual early-universe object. The finding may offer clues to rapid black hole growth and the Little Red Dots puzzle.

From Engineering Dropout to ‘Black Hole Star’ Discovery: MIT Astronomer Rohan Naidu Leads James Webb Telescope Study | 🔬 LatestLY

Astronomers using NASA’s James Webb Space Telescope (JWST) have identified an extraordinarily luminous red object from the early universe that may represent an entirely new class of celestial phenomenon: a "black hole star." 🔬 From Engineering Dropout to ‘Black Hole Star’ Discovery: MIT Astronomer Rohan Naidu Leads James Webb Telescope Study.

Meet Rohan Naidu, Hyderabad dropout behind black hole study

Hyderabad: Hyderabad-born astronomer Rohan Naidu, who once dropped out of engineering college to pursue his passion for the cosmos, is at the centre of a discovery that is challenging conventional ideas about how stars and black holes behave. Late last week, a team of astronomers using the James Webb Space Telescope (JWST) identified a mysterious object that appeared to blur the line between a star and a black hole. Roughly the size of the solar…

Rohan Naidu: The Hyderabad-born engineering dropout, who led the black hole star study

Astronomers discovered an unusual object, calling it a black hole star. It is believed to be hailing from close to the beginning of the universe. The head of the team behind this discovery is Hyderabad-born Rohan Naidu, who left engineering at the age of 18 to pursue astronomy. He studies the first stars, galaxies, and black holes that formed immediately after the Big Bang

Meet Rohan Naidu, the MIT astronomer who left engineering at 18; now he is helping uncover how the Universe's earliest black holes formed

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.