Experiments explained:
- via the Schrodinger equation solution for the hydrogen atom it predicts:
- spectral lines of atoms and molecules basic lines, plus Zeeman effect
- Schrodinger equation solution for the helium atom: perturbative solutions give good approximations to the energy levels
- double-slit experiment: I think we have a closed solution for the max and min probabilities on the measurement wall, and they match experiments
Experiments not explained: those that the Dirac equation explains like:
- fine structure
- spontaneous emission coefficients
To get some intuition on the equation on the consequences of the equation, have a look at:
- Non-relativistic quantum mechanics | 26, 2k, 37
- Quantum mechanics | 170, 11k, 165
- Particle physics | 140, 19k, 291
- Physics | 276, 25k, 429
- Natural science | 0, 30k, 686
- Science | 0, 36k, 821
- Ciro Santilli's Homepage | 238, 147k, 2k
- Derivation of the Klein-Gordon | 253
- Dirac equation | 325, 2k, 26
- Energy operator | 24, 52, 1
- Important partial differential equations | 41, 537, 13
- Klein-Gordon equation | 190, 443, 1
- Non-relativistic quantum mechanics | 26, 2k, 37
- Particle physics | 140, 19k, 291
- Planck constant | 98, 182, 1
- Planck's law | 104, 362, 3
- Quantum electrodynamics | 640, 2k, 18
- Quantum mechanics | 170, 11k, 165
- Separation of variables | 60
- Spectral lines of atoms and molecules | 137, 349, 3
- Spin | 227, 519, 11
- Spontaneous emission | 85
- System of partial differential equations | 77
- Time-independent Schrodinger equation | 214
- Zeeman effect | 84