Difference between revisions of "Forest ModernPhysics"
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If photons can behave like particles by having momentum | If photons can behave like particles by having momentum | ||
− | Then particle | + | Then can a particle behave like a wave by having wavelength |
<math> p=\frac{ h f}{c} = \frac{h}{\lambda}</math> | <math> p=\frac{ h f}{c} = \frac{h}{\lambda}</math> |
Revision as of 23:08, 29 September 2009
Matter Waves (Wave Particle Duality)
Special relativity said that
if m=0
Plank said he could fit the Black Body radiation data assuming that that
where = Plank's constant
Combining the two we have
photons have momentum like a particle (mv)
Do particles reciprocate and behave like photons?
De Broglie's Hypothesis
If photons can behave like particles by having momentum
Then can a particle behave like a wave by having wavelength
or
Davisson and Germer
From hyperphysics: