Paul W. Dixon
Registered Senior Member
SUPERNOVA FROM EXPERIMENTATION AT FERMILAB, CERN, BROOKHAVEN AND LOS ALAMOS
It may be helpful to clarify the philosophical position and astrophysical energetics instrinsic to de Sitter space in the standard cosmological model in this postulation of transition from de Sitter space as generative of supernova in high-energy physics experimentation. Please review the large values derived in this connection.
A philosophical position may be cited from, G. W. F. Hegel (The philosophy of history, New York: Dover, 249, 1956) ..." there is no essential existence which does not manifest itself." The very large energies derived by Willem de Sitter for the equations describing the false vacuum of de Sitter space yield an energy density of 1.69 x 10^126 for eV (electron volts) per cm^3. (Gott, R. (1982) Creation of open universes from de Sitter space, Nature, 295, 304-307. In Waldrop. M.M., (1982) Bubbles upon the river of time, Science, 215, 4536, 1082-1083), the energy density of de Sitter space is given as: 5 x 10^31 kelvin and 3 x 10^93 grams per cm^3 , converted to eV via e=mc^2 which is Albert Einstein's famous equation. This energy would then find expression in the observable universe. In the sense of this analysis, it would be quite unlikely that energies of this order of magnitude would remain hidden should a transition be formed in the potential barrier towards de Sitter space. This would serve as an immediate and ever present danger for the investigator and constitutes a public endangerment as well.
This is based on the mainstream theory of universe formation by Professor R. Gott of Princeton University in which each bubble universe forms smoothly out of de Sitter space. A potentially infinite number of universes may form in de Sitter space. In a topological sense, de Sitter space is cobordant at each point with the continuum (our universe). De Sitter space is then prevented by a large potential barrier from forming an intrusional event into the continuum. The essential hypothesis of this formulation is that with sufficiently great energetics, a classical breach in the potential barrier towards de Siitter space will be formed thus releasing the force of Type Ia supernova upon the terrestrial ecosphere, the solar system and those nearby stars. These energies are from de Sitter space, therefore; the energies of the accelerator only serve as a trigger for their release.
With sufficient energies, under this postulation, we discover that the accelerator is in the Einstein de Sitter universe, as it is now termed, and we have gone from particle physics as our governing theory to relativistic cosmology.
No harm will result from computer modelling of this alternate hypothesis for generation of Type Ia supernovae as a result of the formation of a transition towards de Sitter space. Yet clearly, vast harm may result form our continuing to plunge into the unknown without proper foresight concerning this possibility.
All the children will thank you for your kind efforts on their behalf.
Every Best Wish !!!
Yours sincerely,
Paul W. Dixion, Ph.D.
Supernova from Experimentation
It may be helpful to clarify the philosophical position and astrophysical energetics instrinsic to de Sitter space in the standard cosmological model in this postulation of transition from de Sitter space as generative of supernova in high-energy physics experimentation. Please review the large values derived in this connection.
A philosophical position may be cited from, G. W. F. Hegel (The philosophy of history, New York: Dover, 249, 1956) ..." there is no essential existence which does not manifest itself." The very large energies derived by Willem de Sitter for the equations describing the false vacuum of de Sitter space yield an energy density of 1.69 x 10^126 for eV (electron volts) per cm^3. (Gott, R. (1982) Creation of open universes from de Sitter space, Nature, 295, 304-307. In Waldrop. M.M., (1982) Bubbles upon the river of time, Science, 215, 4536, 1082-1083), the energy density of de Sitter space is given as: 5 x 10^31 kelvin and 3 x 10^93 grams per cm^3 , converted to eV via e=mc^2 which is Albert Einstein's famous equation. This energy would then find expression in the observable universe. In the sense of this analysis, it would be quite unlikely that energies of this order of magnitude would remain hidden should a transition be formed in the potential barrier towards de Sitter space. This would serve as an immediate and ever present danger for the investigator and constitutes a public endangerment as well.
This is based on the mainstream theory of universe formation by Professor R. Gott of Princeton University in which each bubble universe forms smoothly out of de Sitter space. A potentially infinite number of universes may form in de Sitter space. In a topological sense, de Sitter space is cobordant at each point with the continuum (our universe). De Sitter space is then prevented by a large potential barrier from forming an intrusional event into the continuum. The essential hypothesis of this formulation is that with sufficiently great energetics, a classical breach in the potential barrier towards de Siitter space will be formed thus releasing the force of Type Ia supernova upon the terrestrial ecosphere, the solar system and those nearby stars. These energies are from de Sitter space, therefore; the energies of the accelerator only serve as a trigger for their release.
With sufficient energies, under this postulation, we discover that the accelerator is in the Einstein de Sitter universe, as it is now termed, and we have gone from particle physics as our governing theory to relativistic cosmology.
No harm will result from computer modelling of this alternate hypothesis for generation of Type Ia supernovae as a result of the formation of a transition towards de Sitter space. Yet clearly, vast harm may result form our continuing to plunge into the unknown without proper foresight concerning this possibility.
All the children will thank you for your kind efforts on their behalf.
Every Best Wish !!!
Yours sincerely,
Paul W. Dixion, Ph.D.
Supernova from Experimentation