Kriske's Theory of Photoelectric effect of water in Capillary Tubes gives a new experimental opportunity for non Equilibium Quantum Mechanics
ORAL
Abstract
Kriske proposed that when water is ejected from a capillary tube, a hole is sent down the water column, at least in the high tension water columns found in trees. The hole goes into the soil and produces a "negative pressure", much less than the vacuum of space and it's that negative pressure that gives rise to "root pressure". As in many accidently found phenomena, the negative pressure stored in the soil, gives an undiscovered phenomena, that the Photoelectric Effect can produce a "negative energy gas" that can be stored. It had been thought that antimatter may have an antigravity effect, but what is observed is that the "holes" produce a gas that can act on matter. It's not that antielectrons move away from gravitating bodies, but rather the the "hole" form of antielectrons cause matter to move away from gravitating bodies, and from the vacuum of space. Holes, can be stored in matter and then can be used to move matter through the denser medium of planets and of outer space itself. Hopefully this is true for more than just water. Another Theoretical problem is that where does the matter propulsed by holes float to? Perhaps this is a better explaination of the expansion of the Universe, that is currently proposed. If the expansion of the Universe can be faster than light, can matter floated with holes exceed the speed of light? It's fun to ask these questions, since one can directly look at the properties of trees and see how this works, so only a little imagination is necessary. Another problem is that if trees are this advanced, are they everywhere in the Universe. Should Astronomers be looking for entities that use the Photoelectric Effect. In short, a whole new branch of Physics was discovered in Kriske's Photoelectric Theory of Trees and it will be fun to see how many Physics textbooks are rewritten to include it.
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Presenters
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RICHARD M KRISKE
University of Minnesota
Authors
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RICHARD M KRISKE
University of Minnesota