Solving differential equations using MATLAB

Supplementary code for "Optical Tweezers Exploring Neuroscience"

MATLAB project to simulate Electrostatic phenomenon, particularly Coulomb's Law. We maintain a simulated 3D 'Charge space' assumed to be an infinite homogenous insulating medium. The assumption is that every charged body in it remains stationary.

Terrestrial brachistochrone paths + analytical calculations

Superfluidity is a state of matter that allows a fluid to flow without friction. By applying this concept to time, I propose a radical hypothesis: time could be a superfluid dimension. This theory, still largely speculative, aims to unify certain aspects of general relativity and quantum mechanics using analogies with quantum fluids.

This code is for Matlab's users who need speed when computing large exponential matrices full and sparse.

Analyzing the forces in different parts of the bascule bridge using MATLAB

Simulated a 3D cube rolling on the ground to experiment with rigid body motion and the effects of ground friction, stiffness, and damping on a cube's trajectory. PDF of research paper included. From my Special Topics in Mathematical Modeling and Simulation class with Charles Peskin at NYU.

simulating particle random movement and random absorption in plate with matlab

1D Schrodinger solver with effective mass on NON-REGULAR GRID

Motion of 3 gravitational double pendulums and plots there trajectories.

Elastic wave propagation one-dimensional medium for both longitudinal/transverse waves.

MATLAB library for simulating and solving classical physics problems.

A simple 2D simulation of wave interference and propagation

A MATLAB implementation of a 2D particle physics simulation based on solving MLCP problem using Projected Gauss-Seidel method.

Simulation of a system of N coupled oscillators with MATLAB

One-dimensional heat equation for heterogenous metal bars (distribution of heat, thermal conductivity).

If a string is tied between two fixed supports, pulled tightly and sharply plucked at one end, a pulse will travel from one end of the string to the other.

This project is a physics simulation to a car response in differents situation and forces. Made in 2018 with Matlab and Simulink

Numerical simulation of radiation from multiple light beams hitting an electron (or any charged particle), created in part for the development of a TXI beamline for LCLS-II at the Stanford Linear Accelerator Center (SLAC)