Equicontinuity: Difference between revisions

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{{Unreferenced|date=December 2009}}
I am Emma from Suppersberg. I love to play Xylophone. Other hobbies are Amateur astronomy.<br><br>my blog post: [http://asdtoscoligure.altervista.org/?p=15 hot carrier]
 
[[Image:Interfering Electron Wave Packets animated.gif|thumb|300px]]
[[Image:Trojan_interference.gif|thumb|300px|Supercomputer simulation of the interference of two counter-circulating  [[Bohr_atom|Bohr]]
([[Trojan_wave_packet|Trojan]]) electrons in hydrogen atom in electromagnetic field]]
The green plane is the [[Cartesian coordinate system|x-y-plane]], where two (non-interacting) [[electron]] [[wave packet|wave-packets]] meet. The vertical direction shows the real part of <math>\psi\left(x,y\right)</math>. The semi-transparent white plane in the top shows the density of detection probability, i.e., <math>|\psi\left(x,y\right)|^2</math>, as blue spots. The blue in the middle is the same again.
 
Before interfering, both electrons have [[circular detection probability|circular detection probabilities]]. During the [[Interference (wave propagation)|interference]], you can see lines, where there are strong wave movements and others, with no motion in between. The lines without wave motion are called knot-lines. As you see, the detection probability is zero on knots. After the interference, both electrons move as if they never had seen the other one.
 
The smearing out of electrons is their usual behavior due to [[Dispersion (optics)|dispersion]]. It is independent of interference.
 
==See also==
*[[Double-slit experiment]]
*[[Wave-particle duality]]
*[[Light]]
*[[Trojan wave packet]]
 
{{DEFAULTSORT:Electron Wave-Packet Interference}}
[[Category:Quantum models]]
 
 
{{Quantum-stub}}

Revision as of 18:50, 27 February 2014

I am Emma from Suppersberg. I love to play Xylophone. Other hobbies are Amateur astronomy.

my blog post: hot carrier