🕷️ Non-Markovian stochastic SPIn (and harmonic oscillator) DYnamics.

Python code that performs that Feynman path integral for a specified potential. Demonstrated by approximating the average energy of the quantum harmonic oscillator for various temperatures.

Jupyter notebook fitting reflectance and transmittance curves of unknown thin film on substrate obtained by Fourier Transform Infrared Spectroscopy to Lorentz and Brendel-Bormann oscillator models respectively

C++ BSpline-library for use in basis expansions.

different methods for solving several ode

Simulation of a simple harmonic oscillator pendulum using 3 different numerical methods with MATLAB.

Funciones para la evaluación energética y gráficas de los diferentes casos que se estudian en Química Cuántica

Visualization with animation and interactive plot

Diffusion Monte Carlo(DMC) Calculations of simple harmonic oscillator(SHO) system.

〰️ Physics simulation of a (mathematical) pendulum with adjustable parameters.

Online system identification in Silverbox by minimising free energy

Visualize harmonic signals and how they can be used to create a resulting harmonic

Graphical simulation of the Lissajous Curve.

Implementation of a code for the numerical solution of a differential equation describing the motion of a harmonic oscillator using Euler's method and than Runge Kutta 4-th order.

Solving the 1D Quantum Harmonic Oscillator with Neural Quantum States and Stochastic Reconfiguration

Hamonic motion based on the coding train - dan shiffman's youtube video

Basic simulations done on Python via Jupyter Notebook

⚛️ Molecular Dynamics Simulation: Lennard-Jones and Damped Harmonic Oscillator

Physics project visualizing Lissajous curves made using P5.js.