
Originally Posted by
Mark_Isaac_10
Would a Photon of 6.261 * 10-34 joule seconds (according to Planck's constant) go through an Electron with a charge of 1.602 * 10-19 joules (according to electron volt) and generate a repulsive magnetic force with the distance of half a micrometre 10-7 lasting a Femto second 10-15 with an infrared cm 10-3 wavelength?
In less technical terms, for example, how close is the cup to the cup mat it sits on? I think I read somewhere that the closest one solid thing can be to another is 1 micrometre 10-6 but I would like to know what the right answer is.
I know for instance of the Exclusion Principle which states that nothing solid can touch because the Electrons of both repell each other and I know that magnetism works by light passing through magnets and carrying the additional magnetism temporarily. Also as for examples in nature I read that mylenated sheathes are a micrometre apart along the axon of neurons, and that the chloropest on the underside of leaves which harbour carbon dioxide temporarily, form a micrometre area of distance between them. Also I think I read somewhere that the capillaries of amphibians (who breathe dissolved O2 in water from their skin) are a micrometre apart from their skin.