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Computational and Structural Biology
Biomolecular structure ,molecular modelling,overview of protein folding,introduction to molecular simulations
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Thermodynamics and kinetics
Basic thermodynamics and application of thermodynamics to biological systems
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Nonlinear Dynamics
Introduction to one and two-dimentional iterated maps and introduction to the notion of universality and to investigate period-doubling bifurcations to chaos, production of graphical iterations of one-dimentional maps.
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Computer programming and simulation laboratory (Practical)
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Advanced topics in Physical Sciences
(Advanced Statistical Mechanics, Ergodic hypothesis, Ensembles, Distributions, Ising model, Lattice model of Proteins, Transport Phenomena)
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Molecular Mechanics and Biological Physics/Biosimulation
(Molecular Mechanics, Energy minimisation and related methods for exploring energy surfaces, computer simulation methods, Molecular Dynamics simulation, Monte Carlo Simulation, Conformational Analysis, Intro to use molecular simulations in drug designing.)
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Biophysics
(Cell Physiology, Diffusion, Biological applications of diffusion, Dissipation & drive, random walks, polymer conformation, friction and diffusion, Friction in fluids, Reynolds number, Entropy and basic Statistical Mechanics, Entropic forces, chemical foces and self assembly, cooperative transitions in macromolecules, Enzymes and molecular machines.)
