# 1926 Schrödinger equation

## The book of science

Tom Sharp

Tom Sharp

Erwin Schrödinger quantum mechanics |

- If a thing could be a wave or a particle
- then a classical trajectory cannot describe it.
- Erwin Schrödinger derived an equation
- for how a wave function changes over time.

- Time changes each thing independently.
- See how quickly the system
- processes each quantum of energy,
- its potential, its mass, and the momentums
- of all its possible paths.
- Multiple things in a system affect each other.
- This could be a contraction,
- or time always operates on the system,
- or we have stopped thinking of mere time.
- Time operates on the system because multiple particles
- acting together have only one wave function.

- Multiple interpretations,
- multiple solutions,
- and multiple implications
- of which multiple universes
- and multiple multiplications
- are possible
- and possibly
- probable.

I have illustrated the time-independent Schrödinger equation because it is simpler. The time-dependent Schrödinger equation is more explicit about space and time:

$\mathit{i}\mathit{\u0127}\frac{\delta}{\delta \mathit{t}}\mathrm{\Psi}(\mathbf{r},t)=\mathit{\u0124}\mathrm{\Psi}(\mathbf{r},t)$

See also in

The book of science:Compton scattering—Arthur Holly ComptonUncertainty principle—Werner HeisenbergDirac equation—Paul DiracZitterbewegung—Erwin SchrödingerReadings on wikipedia: