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Physics of Life
Soft and Living Matter Group
Module 1: Introduction to Fortran by Prasenjit Ghosh : 1 week
Module 2: Trapezoidal Integration, Random numbers generation,
Testing Random Numbers, Monte Carlo Integration
by Prasenjit Ghosh. 2 weeks
Module 3: Monte Carlo simulations: Ferromagnetic Phase transitions - 2d/3d Ising Model.
by Apratim Chatterji 2.5 weeks
Optional reading (out of the scope of this course.)
Multihistogram methods and Umbrella Sampling (Advanced Monte carlo methods.)
Module 4 : Differential Equations, Partial differential Equations
by Apratim Chatterji 2.5 weeks
Module 5: Solving Schroedingers Equations, Eigenvalue problems
by Prasenjit Ghosh 2 weeks
Module 6 : Classical Molecular dynamics method to calculate trajectories
and dynamical quantities of multi-particle interacting systems
by Apratim Chatterji 2.5 weeks
Module 7 : Solving Reaction diffusion eqns. using (explicit) finite differences method ( 1 week)
Turing Patterns-1 Turing Patterns-2 Turing Patterns-3
Solving Diffusion Equations: Tutorial-1
Solving the equations with the Diffusion + Fitzhugh Nagumo Reaction terms: Tutorial.
Turing Patterns: Tutorial 3 : Creating circles.
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