Thank you Francis and Jack. The Alien Scientist really helped me get the word. out. I t will be interesting to see where it goes. It is also interesting to compare with I and Puthoff are saying. Puthoff's ZPE is external to the matter. Inertia is in produced as matter interacts with this external field. This field has a very large energy density. The energy should have a large gravitational affect. It would appear as a greatly reduced Cosmological constant. I reject the existence of a large background ZPE field on this premise. I say that inertia and gravity are an internal affect. This affect is produced at energy tries to escape from matter producing a force 2E/c. The nice thing about this approach is that using Einstein's relationship between force and gravity, Keep in mind that force is (dp/dt) I worked the whole thing out in a past addition of IE. grav field = (G/ccr) (dp/dt) The force of 2E/c trying to escape from matter produces the gradational field of matter. I had to add an elastic discontinuity to prevent this force from ripping matter apart. This discontinuity is at the classical radius of the electron. I stuck the radius of this displacement into the formula for a spring I got this equation the energy carried by two interacting electron as a function of the elastic energy of a spring. Energy = 1/2Kx^2 Using the emergent K out came the Compton frequency. That's a second big hit. See my current papers. angular frequency = sq rt (K/M) I then followed deBroblie and Puthoff and to say that the deBrogle wave is Doppler shifted Compton reflection. In Puthoff;s model the question arises what is reflecting and how is it reflected. In my model the restraining force of an elastic discontinuity produces both the gradational field of matter and the deBrogle wave of matter. Now once we have the Compton wave and the deBrogle wave as affects of a classical interaction, Schrodinger's wave equation can be produced from this tenement. It the same result with a new foundation. Schrodinger's wave equation embodies most of physics and all of chemistry. Take it one step more what would such a matter wave look like. I would have a phase velocity of C and group velocity of V. In a power line the ratio of the group velocity and the phase velocity is called the power factor. I employed such a right angle power factor triangle and produced all of special relativity. I don't think Puthoff and Haish can do this. This is a third big hit. _http://www.wbabin.net/science/znidarsic.pdf_ (http://www.wbabin.net/science/znidarsic.pdf) According to Maxwell orbiting electrons should continuously emit energy. Atoms emit bursts of energy at random intervals. Puthoff states that atoms DO emit energy continually. This lost energy is replenished by a background of inflowing zero point energy. This concept can account for the non-radiation of the state but it does not yield the randomness of the emission. (the probability of transition) As before I have a problem that this background ZPE should have a large gravitational affect. The addition of this energy is a yuck. Yes, but he has got the Casimer force relationship as "proof" that it exists. I say that energy is pinned into matter at an elastic discontinuity. I also have to add something, and elastic discontinuity. This is also a big yuck. I looked at it and put it into the equation for a spring constant. energy of the electron = 1/2 K xx Out came K. I got the Compton frequency with this K. Hay how about that. Multiplying the frequency of the K freqeuncy = sq rt (K/M) and n times the displacement if the discontinuity x, I got many velocities. Setting the velocity equal to that of sound in the nucleus 1.094 million meters per second out came the energy levels of the hydrogen atom. Hay how about that. The velocity has a frequency and a wavelength. The frequency equals the frequency of the emitted photon the wavelength, in conjunction with an electronic, charge equaled the energy of the photon. Hay wait a minute..be gone the misery of the duality of matter and waves. Buy a copy of IE June July and read about this Finally using the K and the displacement I computed the probability of transition. The randomness of the atoms emission. Now I have shown both the condition of the non-radiative state and the probability when it does radiate. I am way ahead. So what then is the Casimer force. Its the Van der walls force between atoms. A yuck I have gong against the established wisdom again. The Casmir force is minor player in my two bodied mode and central to Puthofff's argument. Frank Z
