In this repository, you will find the completed weekly exercises for the course of Numerical methods in Soft matter, academic Year 2023/2024 (prof. Orlandini, Locatelli, Baiesi)
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Homework 1, 2, 3: Sampling random points and via transformation of coordinates; importance sampling
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Homework 4: Markov Chains
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Homework 5: Simulation of a 2D Ising model by the Metropolis algorithm
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Homework 6: Advanced simulation of a 2D Ising model: Wolff algorithm and Multiple Markov Chains
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Homework 7: Continuous time Markov processes
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Homework 12: Reweighting techniques
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Homework 13: Langevin simulation of many particles: Cell List algorithm
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Homework 8: Off-lattice simulations: basics
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Homework 9: Integration schemes
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Homework 10: Interaction potentials & thermostats
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Homework 11: Langevin and Brownian Dynamics
Gif from 11.3 exercise gaussian polymer.
For more information, contact gloria.isotton@studenti.unipd.it. Note that chapter 8-11 data and notebooks are missing due to space constraints. Enjoy soft matter and good luck!