Eigenmath Manual
Quick Reference
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Snell's law
Demo (Demo scripts can be pasted into the Eigenmath app)

Balmer's formula
Demo

How Planck calculated h and k
Demo

How Einstein derived Planck's law
Demo

Muon decay
Compute muon lifetime
Verify density formula (Run time is about 1 minute on Safari, click through alerts on other browsers)
Verify Casimir trick

Electron scattering
Verify Casimir trick
Verify formulas
Draw probability density

Rutherford scattering
Verify formulas
Draw probability density

Compton scattering
Verify Casimir trick (Safari recommended, click through alerts on other browsers)
Verify formulas
Verify lab frame formulas
Draw probability density
Compton scattering data from CERN LEP (R² = 0.97)

Bhabha scattering
Verify Casimir trick
Verify formulas
Draw probability density
Bhabha scattering data from SLAC SPEAR (R² = 0.99)
Bhabha scattering data from DESY PETRA (R² = 0.99)

Annihilation
Verify Casimir trick
Verify formulas
Draw probability density
Annihilation data from DESY PETRA (R² = 0.98)

Muon pair production
Verify Casimir trick
Verify formulas
Draw probability density
Muon pair production data from SLAC PEP (R² = 0.87)
Electroweak model (R² = 0.98)

Hydrogen atom
Bohr radius and Rydberg unit of energy
Radial eigenfunctions
Normalization
Draw radial probability densities
Complete solution

Spontaneous emission coefficients for H-α
Compute coefficients
Transition probabilities

Quantum computing
Grover search algorithm
Bernstein-Vazirani algorithm
Phase estimation
Order finding demo
1 + 1 = 2

Feynman and Hibbs problem 2-3 (Action for a constant force)
Demo

Feynman and Hibbs problem 3-9 (Kernel for a constant force)
Demo

Feynman and Hibbs problem 3-12 (Evolution of harmonic oscillator wave function)
Demo

Feynman and Hibbs problem 4-1 (Schrodinger equation for scalar potential)
Demo

Feynman and Hibbs problem 4-2 (Schrodinger equation for charged particle)
Demo

Feynman and Hibbs problem 4-12 (Fun integral)
Demo

Feynman and Hibbs problem 6-13 (Method of stationary phase)
Demo

Click here for more solutions to Feynman and Hibbs problems.