I am an Assistant Professor in the department of Physics at IISc Bangalore. Earlier I was a postdoctoral researcher in the Astronomy department and the Theoretical Astrophysics Center at UC, Berkeley. I completed my graduate studies in the Plasma Physics program, department of Astrophysical Sciences at Princeton University . Before that I was an undergraduate student at the Indian Institute of Technology, Bombay .



Postdoctoral Position


Contact information:

I am very happy to talk to graduate students and other researchers working in my areas of interest. If you are interested in visiting our astro group at IISc please contact me at:

Prateek Sharma
Assistant Professor
Department of Physics
Indian Institute of Science, Bangalore
India 560012
Phone: 91-80-2293 3375
Email: prateek ! physics % iisc % ernet % in (replace ! by at and % by dot)

Research Group:

PhD students who want to join us are are welcome to talk to me. Summer students will be considered only if they are KVPY fellows or if they are applying through the academies' program. Since we mostly do numerical simulations (although not always), some numerical experience will be desirable.

Research interests:

Astrophysical Fluid Dynamics: instabilities, buoyancy, convection , turbulence
Plasma Astrophysics: plasma kinetic processes; MHD; cosmic-rays
Numerical Methods: hydro, MHD methods; anisotropic transport in dilute plasmas; Vlasov, PIC methods
High Energy Astrophysics: accretion disk transport, outflows & energetics; shocks; particle acceleration; X-ray galaxy clusters
My papers on arxiv
Some of my Talks
My CV (not updated)


Graduate course on Numerical Methods in Astrophysics
Graduate course on Fluids and Plasmas
Intermediate undergraduate course on Electromagnetism and Optics

Summary of selected research projects:

Physics of hot accretion flows
Physically consistent numerical implementation of anisotropic thermal conduction
Spherical accretion with anisotropic thermal conduction
Turbulence and mixing in the intracluster medium
Paper on numerical implementation and properties of the cosmic ray streaming equation
Thermal instability in the intracluster medium in its implications
State Transitions in accretion flow around black holes, driven by the interplay of cooling and accretion
Supernovae and their impact on the interstellar medium

Useful links:

A picture is worth a thousand words.
My PhD thesis on the physics of hot, collisionless accretion flows.
Plasma formulary


Arif Babul ; Ben Chandran ; Phillip Colella ; Upasana Das; Katie Dodds-Eden; Greg Hammett ; Mike McCourt ; Biman Nath ; Ian Parrish ; Eliot Quataert ; Arpita Roy; Yuri Shchekinov; Jim Stone


Practical DIY Science for everyone
NOVA online programs
Sal Khan's Academy
Practical Python for Astronomers
Astronomical Productivity
Updated Dec 19th 2014