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I am a Postdoctoral fellow in Applied Mathematics, working on dynamical systems, at the School of Mathematical and Computational Sciences (SMCS), Massey University. Before joining as a Ph.D. student, I worked as a research lead and the lead of spatial wind software project called SHEAR whose purpose was to extrapolate wind data based on given anemometer heights, at Sirpi Products and Services Pvt. Ltd. Before that, I was a Masters student in the department of Physics, Jadavpur University. My specialization was in Condensed Matter Physics. My interests lie in Nonlinear dynamics, Computational Physics, Open Source Scientific Software, Game Theory, and Quantum Computing.

Check out my blog on Introductory Football (Soccer) Data Analytics here.

-- pronouns: he/him

-- emails: [email protected], [email protected]

Indranil Ghosh's Projects

abeliansandpile icon abeliansandpile

A package that simulates the Abelian Sandpile Model / BTW model and helps in plotting different statistics of the model.

btw-model icon btw-model

Python implementation of the BTW sandpile model

comp-phy icon comp-phy

Simulations of Physics problems and Numerical algorithms

computational-physics icon computational-physics

A collection of R/Python version of some of the VB codes translated from the book "Computational Physics" by Nicholas J. Giordano. The Matlab version of the Book by Dr. Kevin Berwick is also referred often. The sole purpose of the translated codes is academic without any intension of profit.

demopackage icon demopackage

A general purpose toolbox that allows us to show off funny functions

football-analysis-project icon football-analysis-project

This is a repository on hands-on introduction to football (soccer) data analysis, targeting those who want to start working with their own football data and perform analyses.

game-theory icon game-theory

Python Programs supporting the book " Game Theory" by Giacomo Bonano

genetic-algorithms icon genetic-algorithms

Python implementation of the genetic algorithms mentioned in the book "Genetic Algorithms in search, optimization and Machine Learning" by David E. Goldberg

ising-models icon ising-models

Python implementation of the Glauber's spin flip kinetics and Kawasaki spin exchange

numerical-optimisation icon numerical-optimisation

Python implementations of the algorithms mentioned in the book "Numerical Optimisation" by Nocedal and Wright

percolation icon percolation

Simple Python implementation of the Newman-Ziff algorithm.

qgametheory icon qgametheory

General purpose toolbox for simulating quantum versions of game theoretic models. Quantum versions of models that have been handeled are: Penny Flip Game, Prisoner's Dilemma, Two Person Duel, Battle of the Sexes, Newcomb's Paradox, Hawk and Dove Game and Monty Hall Problem.

qgametheory-julia icon qgametheory-julia

This is the repository for the Julia versions of the Quantum Game Theory Simulations.

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