- #1
Rothiemurchus
- 203
- 1
A physical process can be represented by Feynman diagrams, each with a complex amplitude.
Squaring the sum of these amplitudes gives the rate at which a process occurs.
Since a rate can be a frequency,doesn't this imply that before the sum of amplitudes is squared, we are dealing with the square root of a frequency?
Is a complex amplitude just the square root of a frequency,and how can it
be when a frequency is a real number?
Squaring the sum of these amplitudes gives the rate at which a process occurs.
Since a rate can be a frequency,doesn't this imply that before the sum of amplitudes is squared, we are dealing with the square root of a frequency?
Is a complex amplitude just the square root of a frequency,and how can it
be when a frequency is a real number?