Difference between revisions of "Forest ModernPhysics"
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Then particle can behave like waves by having wavelength | Then particle can behave like waves by having wavelength | ||
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+ | <math> p=\frac{ h f}{c} = \frac{h}{\lambda}</math> | ||
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+ | or | ||
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+ | <math>\lambda_{particle} = \frac{h}{p}</math> | ||
==Davisson and Germer== | ==Davisson and Germer== |
Revision as of 21:15, 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 particle can behave like waves by having wavelength
or
Davisson and Germer
From hyperphysics: