Physics Laboratory Notebooks created as part of the FHNW modules glaL3 and glaL4
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Updated
Jul 5, 2019 - TeX
Physics Laboratory Notebooks created as part of the FHNW modules glaL3 and glaL4
Numerically integrating to find the magnetic field due to a current loop.
🌀 Model of particle trajectory in electromagnetic field
NGraham, KVentura, BArchibeque EM2 Project Solution
This coursework contains modelling of randomly created material conductivity at a particle scale.
Solutions to problems in Gauge Fields, Knots and Gravity
In questo progetto utilizzeremo una scheda Arduino UNO e un dispositivo chiamato fototransistor per studiare le onde elettromagnetiche, in particolar modo quelle della luce visibile. Esploreremo alcune delle applicazioni di rilevamento e misurazione della luce e anche tecnologie di comunicazione e radar.
Project to adapt the transformer model to the study of the resonant WPT circuit
wave simulation with finite difference time domain method
A method for simulating the Lorentz Force on charged particles in Unity.
Electromagnetism, Upper Division Physics Coursework at UCSB, Summer 2023
Mechanics, electromagnetism, electrical engineering labs/hw/mw
9 stage, 1.5mm coilgun, 70m/s muzzle velocity. Uses FEMM-Coilgun.
A simulation of the Bloch Beamline at the MAX IV synchrotron in Lund, Sweden. The simulation is implemented in the McXtrace meta-language using ANSI-C.
Project as part of CGVR selfstudy
A Faraday disk built to learn about electromagnetism and early generators
A website about electromagnetic waves
Experimental Physics III: Electromagnetic Waves, Optics and Modern Physics
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