Python package for computation of magnetic fields of magnets, currents and moments.
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Updated
Jul 5, 2024 - Python
Python package for computation of magnetic fields of magnets, currents and moments.
A Python package for analyzing the Hofstadter model.
Python package extending the Magpylib library by providing magnetic field analysis for soft materials and demagnetization of hard magnets.
Electromagnetic solver and electron tracer
🚀Simple Physics simulations
Magnetic Resonator Piano tools from the Intelligent Instruments Lab
Physical simulation of the Magnetic Gear model
A repository for all electromganetic based programs and simulations
Electromagnetic Radiation (EMR) Calculator using a Tk GUI Approach
Python simulation of a free-fall mechanical game that is magnetically slowed down. Maxwell's laws, Biot-Savart law, and fourth-order Runge-Kutta were used.
A serie of programs written to visualize the electric and magnetic fields of a dielectric resonator.
9 stage, 1.5mm coilgun, 70m/s muzzle velocity. Uses FEMM-Coilgun.
Easy & quick multistage coilgun design utility for FEMM.
>when you have to learn advanced post-doc level quantum physics to know why da sun sometimes darker
This is a package to perform Finite Difference Time Domain (FDTD) simulations in Python.
Package with tools to waveguides and optical fibers
Free and open-source code package designed to perform PyMEEP FDTD simulations applied to Plasmonics (UBA+CONICET) [Buenos Aires, Argentina]
Simple python library for calculating the modes of electromagnetic waveguides using finite difference frequency domain method.
An electromagnetic solver capable of simulating and optimizing 1D (thin-layer) structures via the semi-analytical transfer matrix method. For example, one can simulate and optimize broadband distributed Bragg reflectors, anti-reflection coatings, optical bandpass filters, and photovoltaic devices.
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