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| Tags: function, geometry, matters, wave |
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#21
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Hi Mitch
I too believe that the matter wave has a spherical geometry. As you may well know I have a controversial idea that c^2 in equation E=mc^2is not just a mathematical conversion factor of energy to matter but is an actual conversion frequency at high end of EM spectrum where energy turns to matter. I reason and visualize this to happen because the wave takes on a circular or spherical geometry such as a standing satirical wave. If you take a wave traveling at c in the horizontal direction and give it a equal and 90 degree angular speed of c in vertical direction, this is c^2. This is analogous to a horizontal line of an inch, times a vertical line of equal measure to equal a square inch.. If we draw an arc from the beginning of the horizontal line to end of the vertical line this creates a 90 degree arc which if constant creates a circle. This can represent the trajectory a wave under the influence of a centrifugal and a centripetal force at a 90 degree angle to each other will have resulting in circular motion. In 3d this would be spherical motion . see: http://docs.google.com/Doc?id=dsn5q6f_11vv737cck and http://www.physlink.com/Education/AskExperts/ae694.cfm, If we start with a circular polarized wave like the one they ended up with on the Ask Expert, website and continue the same logic and geometry to all dimensions of the wave, x-y and z, we should get a standing spherical wave. Conrad Countess |
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#22
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On Jun 24, 7:19*am, cjcountess wrote:
Hi Mitch I too believe that the matter wave has a spherical geometry. As you may well know I have a controversial idea that c^2 in equation E=mc^2is not just a mathematical conversion factor of energy to matter but is an actual conversion frequency at high end of EM spectrum where energy turns to matter. I reason and visualize this to happen because the wave takes on a circular or spherical geometry such as a standing satirical wave. If you take a wave traveling at c in the horizontal direction and give it a equal and 90 degree angular speed of c in vertical direction, this is c^2. This is analogous to a horizontal line of an inch, times a vertical line of equal measure to equal a square inch.. If we draw an arc from the beginning of the horizontal line to end of the vertical line this creates a 90 degree arc which if constant creates a circle. This can represent the trajectory a wave under the influence of a centrifugal and a centripetal force at a 90 degree angle to each other will have resulting in circular motion. In 3d this would be spherical motion . see:http://docs.google.com/Doc?id=dsn5q6f_11vv737cck and http://www.physlink.com/Education/AskExperts/ae694.cfm, If we start with a circular polarized wave like the one they ended up with on the Ask Expert, website and continue the same logic and geometry to all dimensions of the wave, x-y and z, we should get a standing spherical wave. Conrad Countess Conrad mass is C squared infinitely concentrated energy of a point particle. Since mass is always in motion it has a concentrated energy level above C squared by the relativistic math factor of Gamma. The formula is: E=Gamma MC squared Mitch Raemsch; Twice Nobel Laureate 2008 |
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