Dr. Bidhan Chandra bag

Research Interests

Non -equilibrium Statistical Mech.

Our special interest includes the following area (a) Information entropy, non-equilibrium temperature and fluctuation theory. (b) Barrier crossing dynamics. (c) Directed motion in presence of unbiased random force.

Nonlinear dynamics

One of the key areas in the nonlinear dynamics is the stochasticity in low dimensional system. We are interested to explore the origin of chaos and characterize the irregularity in low dimensional model systems.

The phenomenon of aggregation

The phenomenon of aggregation is important in many areas of chemical sciences, such as, in precipitation and polymerization processes and also in micro-physics of cloud formation and in ecology.

The synchronization phenomenon (SP)

It becomes a focal theme in the field of basic science because of its potential applications in biological clocks, chemical oscillators, coupled map lattices , coupled random frequency oscillators, cardio respiratory coupled system , etc.

About Me

Physical Chemistry

"It seems to me that science education in India is discrete phenomenon and we are not embedded in the web of knowledge. It is justified by the very probabilistic nature of wining of Nobel prize by the Indians. It may be due to lacking of proper combination of student, teacher and laboratory and in general we failed to propagate the philosophy of science. Even we do not believe that all the phenomena in the universe can be understood by the causal relations like Newtons equation of motion, Schrodinger equation and Dirac equation etc. Because of that till now we are giving huge tax through the believe on religion. My specific aim is to go beyond these through science education. I do hope that our student would be included in the program for the generation of a web of knowledge." - Dr. Bidhan Chandra Bag

  • B.Sc (1992)

    Vidyasagar University

  • M.Sc (1994)

    Vidyasagar University

  • Ph.D. (2001)

    Jadavpur University

  • Post. Doc. (2006-07)

    Institute of Physics, Academia Sinica, Taiwan

Research Group

Somrita Ray
CSIR-SRF