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2d-ising-model

This code simulates the 2D Ising Model using the Metropolis Algorithm and studies the thermodynamic properties from it

ashoka-university-physics-lab-ii-classical-mechanics-and-electromagnetism

This repository contains a collection of Python files used for analyzing the data collected during lab experiments and generating visualizations in the form of graphs.

ashoka-university-physics-lab-iii-optics-oscillations-and-thermodynamics

This repository contains a collection of Python files used for analyzing the data collected during lab experiments and generating visualizations in the form of graphs.

ashoka-university-physics-lab-iv-quantum-mechanics-and-statistical-mechanics

This repository contains a collection of Python files used for analyzing the data collected during lab experiments and generating visualizations in the form of graphs.

ashoka_astrosoc.github.io

computational_physics

This repository contains the code written as part of the Computational Physics Elective taken at Ashoka University

edx-introduction-to-c-plus-plus-nyu

This has all the code files for the Labs in the online course Introduction to C++ offered by the New York University on edX

exoplanet_transit_and_doppler_analysis

This project focuses on the analysis of exoplanets using the transit and Doppler methods. The transit method measures the change in the light curve of a star when a planet transits across it, while the radial-velocity method calculates the velocities of the star and planet in order to determine the system's momentum.

forest_fire_model

Python code utilizing a grid-based model with triangular or hexagonal lattice, showcasing the dynamics of fire propagation in a forest landscape through cellular automaton principles.

gene_network_perturbations

Resilience of Gene Network Cores to Perturbations in the Periphery using RACIPE

globes

This repository contains scripts for handling netCDF climatology / GCM data for use by PSG/GlobES. It converts that GCM data into PSG configuration files, in which the climate data is embedded in binary format. The script "phase.py" permits to compute phase spectra across an orbit for a specific netCDF file.

lennard-jones-molecular-dynamics

This code uses Molecular Dynamics to simulate the Lennard Jones System

protostellar_outflows

This repository contains code for my Summer 2024 project on Protostellar Outflows at SNBNCBS. It explores the role of outflows in star formation and their observational aspects, focusing on physical parameters of outflow lobes in protoclusters using ALMA data, and includes simulations of the jets producing these outflows.

rural_materials_and_room_temperature_modeling

This project aims to create a model that can predict the temperature of a room based on various factors. This project also aims to investigate how the use of different materials, especially rural materials, can affect the temperature of a room.

seismograph_simulation

Explore seismic dynamics using a mathematical model of a mass-spring-damper system. Visualize earthquake-induced displacement and Richter scale intensity. Code includes numerical integration with Runge-Kutta method and dynamic animation. Gain insights into seismograph mechanics and seismic activity simulation.

self_avoiding_walks_algorithms_comparison

This code uses various algorithms like Myopic, ESS, Rosenbluth, Dimerization and Pivot for generating self avoiding walks.

simple-machine-learning-projects

This GitHub repository encompasses a collection of machine learning projects undertaken by the author as an integral component of diverse online courses. These projects were developed with the primary intention of facilitating the author's learning process.

the_dynamics_of_a_pendulum

This Github repository focuses on simulating various types of pendulums with a goal of exploring the effects of varying different parameters and identifying the conditions that lead to chaotic behavior. Some of the simulations are compared with experimental data to validate the findings.

the_three_body_problem

This repository contains code that simulates the classic three-body problem, focusing specifically on the scenario involving Earth and two satellites. Due to the satellites having negligible mass compared to Earth, this problem is simplified. The trajectory of the three bodies is visualized using VPython.