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Quote from: jeffreyHThere are other images showing the wave properties.And would you care to share the location of those images with the rest of the class?
There are other images showing the wave properties.
Quote from: Pmb on 08/10/2013 15:24:18Quote from: jeffreyHThere are other images showing the wave properties.And would you care to share the location of those images with the rest of the class? http://panda3.phys.unm.edu/nmcpp/gold/phys330_s06/http://spiff.rit.edu/classes/phys314/lectures/stm/stm.html
Quote from: jeffreyH on 08/10/2013 16:27:06Quote from: Pmb on 08/10/2013 15:24:18Quote from: jeffreyHThere are other images showing the wave properties.And would you care to share the location of those images with the rest of the class? http://panda3.phys.unm.edu/nmcpp/gold/phys330_s06/http://spiff.rit.edu/classes/phys314/lectures/stm/stm.htmlNow carefully read and examine what the explanation by the images say of what the image is. Is this consistent with what you believe the pictures really represent?
The problem is that you need to think new physics; this requires first priority be given to the electromagnetic balancing forces inside the molecules electron enclosure and then the 3D geometry of the charged magnetized particles. To only consider energy balance or wave function interaction is insufficientCliveS
I there was an abundance of antimatter in the universe there would be a great deal of gamma radiation at 511 kev due to its annihilation with matter of course this is not seen.Antimatter reacts with electromagnetic radiation in the same way as normal matter hence it would not be dark !.