In reply to bobcook39...@hotmail.com's message of Mon, 29 Jul 2019 16:52:00 +0000: Hi Bob, [snip]
Have you found any evidence that gamma ray emitters don't emit gamma rays when the nucleus emitting the gamma ray is incoporated in a semi-conductor crystal? Note that absorbtion of external gamma rays by semi-conductors, that then convert the gamma energy into other forms is very inefficient (2%)*, which is something I would not expect if the lattice as a whole were absorbing the energy. (Of course you may argue that since the source of the gamma in this case is external, the nucleus from which it was emitted had no opportunity to couple with the lattice. Hence my question above. * See e.g. https://www.researchgate.net/publication/330650579_Direct_Energy_Conversion_From_Gamma_Ray_to_Electricity_Using_Silicon_Semiconductor_Cells As I understand it, an external gamma ray is usually at least partly absorbed by an atomic electron, which results in the atom being ionized, and the electron leaving with at least some of the energy of the gamma. The electron may then in turn ionize other atoms. The net result is lots of ionized atoms and free electrons. If those free electons are anywhere other than in the junction of a diode, then their energy will eventually be converted to heat when they recombine with the ions. Even those electrons that are in the junction will lose some of their energy to electrical resistance. Given that the junction is usually only a small part of a semi-conductor diode, the overall efficiency may be expected to be low, as seen in the paper quoted here above. >ANSWERS: > > > 1. A coherent system is adiabatic system of energy, including local > packets of energyelectrons positrons and neutrinos---that are coupled by a > EM field that responds very quickly (less than 10e-30mseconds) to energy > additions or losses by changing he special relation of the energy packets. A > good example is a semi conductor crystal that absorbs an electron packet of > energy and very quickly changes the allowable energy state of conduction > electrons. There is no apparent delay associated with the allowed energy > state across the macroscopic rang of the semi conductor. Systems which > harbor phonic energy are coherent systems, since the lattice acts as a whole > without any time dely. > >The energy of the coherent system is constrained by small quanta of energy >and angular momentum in accordance with Plancks theory of quantized energy >and quantized angular momentum. In addition the coherent system will adjust >the relative positions of energy packets to increase their relative motions >(kinetic energies) and reduce their total potential energy increasing entropy >per the second law of thermodynamics.. > > > 1. As noted above the coherent system is coupled by EM fieldsprimarily > magnetic fields that connect electron orbital angular momentum with nuclear > angular momentum, including energy packet intrinsic spin angular momentum > which reflects the magnetic moment associated with those packets of energy. > > > > 1. There is no gamma emission within the coherent systemonly instanteous > changes of angular momentum and/or energy between between locations within > the coherent system. (Later in time adjacent coherent systems may conduct > heat between them selves via radiant EM coupling or other coupling involving > phonic energy changes of the original coherent system. Too much phonic > energy will destroy the lattice of the system in question. > > > >Bob Cook Regards, Robin van Spaandonk local asymmetry = temporary success
