Computing Protein Electric Field Topology in python, built for high-throughput accelerated calculations
A program for the electrostatic catalysis of chemical rections. MANULS finds the smallest electric field that removes the reaction barrier.
Analyze classical electric fields within chemical structures
A Python-based 2D electrostatic field simulator that calculates and visualizes electric fields generated by stationary point charges. The project uses NumPy for numerical computations and vector operations, and Matplotlib for scientific visualization of electric field lines and charge interactions.
Molecular dynamics simulations of the rotational motion of nanoparticles in electric fields
An electric field simulator written in C# !
This project maps and presents the electric field and the potential difference of various charge distributions both vectorially and by magnitude through 2 and 3-dimensional space plots.
Dynamic electric field simulator
Lightweight Embedded Electric field mill sensor for portable and airborne measurements.
Electric field visualizer with draggable charges, zoom, and color settings
M.Sc. Thesis in University of Saskatchewan - Charged Particle in EM Fields
VIsualize forcefield with matplotlib
This project models and simulates the behavior of electromagnetic (EM) waves in an ideal free space medium using MATLAB. It demonstrates the transverse nature of electric and magnetic fields as they propagate without attenuation, following Maxwell’s equations.
Electric Field Simulation Between Two Rods (or plates) using MATLAB app interface.
In this Repository I am going to publish Physic Simulations I made in p5.js
Un cómodo simulador de campo eléctrico.
Todo o conteúdo produzido para a unidade curricular FISI2 (Física II), para o curso em Engenharia Informática e Computação na FEUP
Anatomy-to-electric field modeling pipeline for non-invasive brain stimulation (tDCS, N=590). Modular, JSON-configured R/Python statistical tools -- mixed-effects GLMs, parcellation-based network analysis, PCA with label clustering -- adaptable to any spatially distributed multivariate data.
MATLAB visualization of electric flux density (D-field) from point charges using Gauss's Law — 2D vector field and 3D surface plots
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