A more plausible model for matter is needed. Working to conform our present politically correct notions to the observations just results in more compromises in terms of behavior of the ‘particles’ we assume make up atomic to molecular scale matter. It’s far more likely that the ecology of atoms consists of bits that don’t conform to our present particular view. I rather like the view of real matter in its native state being squishy bags of quark soup with indiscriminate boundaries. Therein the utility of special harmonic states clearly provides for sufficiently rapid distribution of energy to accommodate the list of out of the box observations that is ever growing as we gain the ability to see. The real problem with humanity as made so clear by ‘social media’ is so very few choose to do what it takes to ‘see’ while the vast majority sit back and only read. (Yes, Mr. Sulu, there is a difference between real and reading - <https://youtu.be/NaxOfpqcCig> https://youtu.be/NaxOfpqcCig .) Amongst the few real vs. imaginary explorers, seeing is believing. Technology is not about knowing perfectly the why and how things work but rather how to reproduce an ‘ecological’ effect that is good enough to be useful. Only dogma requires the more ‘perfect’, aka politically acceptable, ‘sociological’ explanation.
From: Frank Znidarsic [mailto:[email protected]] Sent: Monday, December 26, 2016 9:50 AM To: [email protected] Subject: Fwd: [Vo]:Re: Reason why there are no dead grad students... Whatever mechanism is needed to transfer nuclear energy via phonons vs photons must be able to move a great deal of such energy over a considerable distance to ‘cool’ the NAE. To do this without radiation requires that the range of the nuclear force be extended beyond that of the electromagnetic. It like stepping over a speed bump. An extension of the static nuclear force would crush matter out of existence. Magnetic forces are not conserved. The range of the strong nuclear spin orbit force can be extended without crushing matter out of existence. Soft iron increases the range of magnetic component of the electrical force. A vibrating Bose condensate is the soft iron equivalent for the nuclear magnetic spin orbit force. The constants of the motion (magnetic forces are of the motion) tend toward the electromagnetic (have a strong long long range magnetic component; magnetic ,spin orbit, and gravitomagnetic) in a Bose condensate that is stimulated at a dimensional frequency (Jed came up with word dimensional frequency) of 1,094,000 hertz-meters. Another way of saying this is that the permeability of the electrical magnetic force increases greatly soft iron. The magnetic moment of the electron is measured in hundreds of Fermi meters. The magnetic moment of an inductor is measured in meters. This effect powers our economy. The gravitomagnetic field is 10 exp 39 power weaker than the electrical magnetic field. The range of the nuclear spin orbit force is measured in 10 of Fermi meters. In a vibrating Bose condensate these ranges and strengths change by a factor of 10 exp 39 power. The effect is similar to what happens to the electrical magnetic force in soft iron but the effect extents across all of the force fields. This exploration of this effect can extend man's control of the natural forces beyond the electromagnetic and to all of the forces. There is much more to the NDA than expected. I have been saying this since the late 1990's. IE published an article by me which I described the effect at something like ( 39 / the length of the Bose condensate in inches). At ANS 2000 I refined the result and the new result was published in terms of one megahertz-meter. Today I can get the result in many significant digits as: (c / 2 alpha) Frank Z
