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Educational Reference & Telemetry

Module Purpose

Physics Lab is an interactive electromagnetic field visualizer. It features two laboratory setups: a Lorentz Force simulator showing charged particle drift in electric and magnetic fields, and a Faraday/Lenz Law simulator displaying magnetic flux induction.

Electric Lab · ELECTRICS

Physics Lab

Canvas-based interactive field visualizers: Lorentz Force drift vectors for charged particles in EM fields, and Faraday/Lenz Law magnetic induction with real-time flux calculations.

Operational

Reference Manual & Technical Spec

Physics Lab — Overview & Engineering Principles

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Zero-Trust Client Execution

All particle trajectory integrations, field lines, and magnetic flux equations are calculated in real time on your GPU. No tracking cookies are deployed, providing an offline-friendly scientific laboratory.

Step-by-Step Operation Guide

Select either the Lorentz Lab or the Faraday Lab module.
Use the sliders to adjust field strengths (Tesla, kV/m) and particle charges (q, mass).
Observe real-time changes in particle deflection radius or induced current loops.
Read the live mathematical formulas and vector metrics rendered on the screen.

Technical Specification Matrix

FormulasLorentz Force: F = q(E + v x B); Faraday Induction: EMF = -dPhi/dt

SolverRunge-Kutta 2nd-order vector particle integrator

GraphicsHigh-performance HTML5 Canvas render loop with variable vector displays