Skip to main content
Physics

Return to Question

spelling of frequency and emitted
Source Link
edit approved Jun 22, 2013 at 19:36
Stefan Bischof
edit approved Jun 22, 2013 at 19:36
Stefan Bischof
  • 1.9k
  • 1
  • 20
  • 26

Photon's multiple frecuenciasfrequencies by Fourier

Since any source of light will have a finite duration, the light emmitedemited won't have a particular frecuency. It will be a sum of different frecuenciesfrequencies (infinite, I think) if we apply Fourier's series (integral).

Would this mean that any photon's frecuencyfrequency will have some uncertainty or something like the photon emmitedemitted would be a combination of different photons?

Photon's multiple frecuencias by Fourier

Since any source of light will have a finite duration, the light emmited won't have a particular frecuency. It will be a sum of different frecuencies (infinite, I think) if we apply Fourier's series (integral).

Would this mean that any photon's frecuency will have some uncertainty or something like the photon emmited would be a combination of different photons?

Photon's multiple frequencies by Fourier

Since any source of light will have a finite duration, the light emited won't have a particular frecuency. It will be a sum of different frequencies (infinite, I think) if we apply Fourier's series (integral).

Would this mean that any photon's frequency will have some uncertainty or something like the photon emitted would be a combination of different photons?

Source Link
jinawee
jinawee
  • 12.6k
  • 7
  • 58
  • 102

Photon's multiple frecuencias by Fourier

Since any source of light will have a finite duration, the light emmited won't have a particular frecuency. It will be a sum of different frecuencies (infinite, I think) if we apply Fourier's series (integral).

Would this mean that any photon's frecuency will have some uncertainty or something like the photon emmited would be a combination of different photons?