Python package for computation of magnetic fields of magnets, currents and moments.

Python-based electromagnetic simulator and mode solver for nanophotonics applications, using the Eigenmode Expansion (EME) method.

Awesome Physics Guide

Python package extending the Magpylib library by providing magnetic field analysis for soft materials and demagnetization of hard magnets.

Providing work samples of electromagnetic, RF, antenna, and radar system analysis that I performed for graduate school assignments.

Dense Matrix Market

Electric and magnetic field visualizer for electro- and magnetostatics problems

Visualisation and analysis of electromagnetic fields.

Visualizing Electromagnetic Propagation using C++, OpenGL: Explore the fascinating classical world of electromagnetic waves through 2D simulations and visualizations powered by larmour delayed potential in C++ with OpenGL graphics.

NEC2 Antenna Modeler

ElectromagneticField: An interactive HTML5 Canvas visualization simulating electromagnetic interactions. Explore dynamic field lines and attractors in this mesmerizing, educational experience.

FFT-VI code for eddy currents problems

Multi-stage high-voltage step-up transformer project (220V → ~70kV) to study arcing, insulation breakdown, and dielectric behavior. Built for experimental learning with safety precautions. (2023)

grg: Computer Algebra System for Differential Geometry, Gravitation and Field Theory, automatically mirrored from https://reduce-algebra.sourceforge.io/grg32/grg32.php

🌀 Model of particle trajectory in electromagnetic field

This program, which was compiled using the MATLAB application, is a program that can calculate cross sections and perform multipol decomposition of the case of electromagnetic wave scattering in a system of coated spheres. This program was made as my undergraduate final project. The theory used to explain this scattering case is the Mie theory.

entertaining the idea of EHD drones 👀 inspired by The Plasma Channel

A simple arduino-based sensor that detects electromagnetic inteference.

Contribution to the Harald Fritzsch Memorial Volume edited by Gerhard Buchalla, Dieter Lüst and Zhi-Zhong Xing.

FELINES is a predictive lightning protection system that detects Preliminary Breakdown Pulses (PBP) to forecast dangerous Return Strokes (RS) affecting electrical infrastructures. Combining electromagnetic modeling, and machine learning enables the preventive disconnection of vulnerable power and renewable energy systems before damage occurs.