Saurya Das
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Areas of interest: Currently, I am interested in the following areas: 1.
Black
Hole Thermodynamics (Hawking radiation, Entropy, Information Loss problem
etc). 2.
Quantum
Gravity Phenomenology, i.e. to see whether any predictions of Quantum
Theories of Gravity (such as String Theory, Loop Quantum Gravity) can be
tested in the laboratory or in astrophysical observations. After all, any
scientific theory should be able to make testable predictions. I am a
member of the Theoretical Physics Group,
Dept of Physics and Astronomy. 1.
Universality of Quantum Gravity Corrections. 2.
Power-law corrections to entanglement entropy of horizons. 3.
Gravitational anomalies: a recipe for Hawking radiation. 4.
Will we observe black holes at LHC? 5.
General Logarithmic Corrections to Black Hole Entropy. 6.
Asymptotically Anti-de Sitter Space-times: Conserved
Quantities. CAP Lecture Tour Talk of British
Columbia, January-February 2008. (Talk given
at: Universities of Victoria, Birtish Columbia, Simon Fraser and Northern
British Columbia). Current collaborators (listed
alphabetically) 5.
Sourav Sur. Past collaborators (listed
alphabetically) [If
you would like me to include your current homepage, or prefer not have a
link, let me know]. 1.
Morteza
Ahmadi (My ex-M.Sc. student). 2.
Daria
Ahrensmeier. 3.
M.
M. Akbar. 5.
Andrei
Barvinsky. 8.
Anindya
Dey. 10.
Amit Ghosh. 11.
Archisman Ghosh. 12.
Viqar Husain. 13.
Romesh K. Kaul. 14.
Randy Kobes. 16.
Roy Maartens. 17.
Parthasarathi
Majumdar. 19.
Robert B. Mann. 21.
Surhud S. More. 23.
R.
Parthasarathi. 24.
P. Ramadevi. 25.
Sean
P. Robinson. 27.
A.
Sule. 28.
Muoi
N. Tran. 29.
U. A. Yajnik. 30.
Haitham Zaraket. Positions: Please see the information on positions in: Theoretical Physics
Group. Research Supported by
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