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Rohit Ghosh

2 articles · 6 co-authors · latest: 2026-07-25
0 citations · h-index 0 · 5 papersData: Semantic Scholar
Souvik Ghose · Biplab Raychaudhuri · Apashanka Das · Tapas K. Das · Aditya S. Mondal · Mahasweta Bhattacharya

We have retold 2 papers by this author. 1 of them with a full read. most often about: Accretion disk, black hole, baryon acoustic oscillations. 6 co-authors across our retellings.

geodesic equation · spacetime curvature · Accretion disk · accretion disk wind · AdS/CFT correspondence · analog black hole · anomalous hall effect · anti de sitter space · Archimedes' principle · arrow of time · Birkhoff's theorem · black hole singularity · entropic gravity · entropic shadow · equivalence principle · ergodic theorem · general relativity · gravitational field · gravitational perturbation · gravitational radius
Friedmann equations · Hawking radiation · gravitational lensing · principle of constancy of the speed of light · Noether's theorem · Bekenstein-Hawking entropy · mass–energy equivalence · Einstein field equations · Lorentz transformations · equivalence principle · virial theorem · Klein-Gordon equation · Kepler's second law · Pythagorean theorem · Chandrasekhar limit · no-hair theorem · Sachs–Wolfe effect · Jeans instability · Lense–Thirring effect · Mössbauer effect
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General Relativity2026-05-052 minarXiv:2605.04158
Breath of the Abyss: How a Black Hole's Horizon Pulsates to the Rhythm of Accretion
At the heart of an active galaxy, where interstellar gas spirals into a dazzling accretion disk around a supermassive black hole, a boundary is born through which even sound cannot break. This acoustic horizon was long considered frozen ripples on water.
Rohit Ghosh·Souvik Ghose·Biplab Raychaudhuri·Apashanka Das·Tapas K. Das
First law of black hole mechanicsJacob BekensteinStephen HawkingAlbert EinsteinAccretion diskblack holebaryon acoustic oscillationsevent horizonHawking radiation
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General Relativity2026-07-251 minarXiv:2607.23387express
Gravity Can Push
Two balls dropped from different heights fall to the ground with different accelerations. In space, things are more complicated: even emptiness makes bodies move differently.
Rohit Ghosh·Biplab Raychaudhuri·Aditya S. Mondal·Mahasweta Bhattacharya
gravitational lensingLaw of Universal GravitationAdam RiessAlan GuthAlbert Einsteingravityspacetime curvaturedark mattergravitational potentialspacetime
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