# electromagnetism
Electromagnetism ties electricity and magnetism into one force, and this tag spans that whole range, from a single field line to a full electromagnetic wave. Magnetic Field Lines and Faraday's Law of Induction cover the fundamentals of fields and induced current, while Lorentz Force — Charged Particle in EM Fields shows how a charge actually moves under electric and magnetic influence together. Circuits and machines get their own set: RLC Circuit Resonance, Eddy Currents, Transformer and Skin Effect all show how alternating current behaves in real components. Wave phenomena are covered by EM Wave Simulator (FDTD), Maxwell Waves and Radio Wave Propagation, and the collection reaches into more advanced territory with Feynman Diagrams — QED, Debye Screening and Plasma Wave. Lightning Bolt Generator and Photoelectric Effect show electromagnetism showing up in nature and in the discovery of quantum physics itself.
Found: 15 simulations · 0 articles
🧪 Simulations (15)
Simulations in this topic include Magnetic Field Lines, Photoelectric Effect, Faraday's Law of Induction, Lightning Bolt Generator, RLC Circuit Resonance and EM Wave Simulator (FDTD).
⚡ Facts about this collection
- 15 simulations are tagged electromagnetism, spanning basic fields through to plasma and QED.
- Four simulations — RLC Circuit Resonance, Eddy Currents, Transformer and Skin Effect — deal with how alternating current behaves in real circuits and conductors.
- Feynman Diagrams — QED is the only entry in this set that visualises electromagnetism at the quantum-field-theory level rather than as classical fields.
- EM Wave Simulator (FDTD) and Maxwell Waves both model electromagnetic wave propagation directly from Maxwell's equations.
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