Ahmed Ouahi, Architect
2017-01-28 13:23:18 UTC
One way or an otherenergy along an early universe would behave as a pendulum
As when kinetic part of an energy is a largest the field would change on
extreme
Very quickly but when potential energy would be the largest just it would
change
Very slowly then the types of changes in the potential shape could come to
change
Along as during first moments of expansion of the universe as a scalar could
begin
At high temperatures in a single stable vacuum state otherwise when
temperature
Falls into particular value Tc new vacuum state could appear at much lower
energy
All the forces of nature would decide as kinetic part associated whith their
motion
Potential energy associated when both through its lowest point with their
location
--
Ahmed Ouahi, Architect
Best Regards!
"Pentcho Valev" kirjoitti
viestissä:96bc6a05-7a74-4ca1-97ac-***@googlegroups.com...
https://arxiv.org/pdf/1107.2485.pdf
"Zwicky [94] suggested a non-Doppler interpretation for the observed
redshifts, an energy depletion process that has been since labeled “tired
light”. Hubble & Tolman [41] considered this idea. Hubble [42] claimed his
galaxy number counts supported this type of linear energy depletion but he
could offer no plausible mechanism. Later in his life Hubble [43] said that
the Hubble law was due to a hitherto undiscovered mechanism, but not due to
expansion of space."
Here is the "undiscovered mechanism", cosmologists:
http://www.sciencedirect.com/science/article/pii/S0262407911603059
New Scientist: "Vacuum has friction after all. A ball spinning in a vacuum
should never slow down, right? Wrong. It turns out quantum effects can
create a type of friction in the void."
http://www.nature.com/news/superfluid-spacetime-points-to-unification-of-physics-1.15437
Nature: "As waves travel through a medium, they lose energy over time. This
dampening effect would also happen to photons traveling through spacetime,
the researchers found." x
Pentcho Valev
As when kinetic part of an energy is a largest the field would change on
extreme
Very quickly but when potential energy would be the largest just it would
change
Very slowly then the types of changes in the potential shape could come to
change
Along as during first moments of expansion of the universe as a scalar could
begin
At high temperatures in a single stable vacuum state otherwise when
temperature
Falls into particular value Tc new vacuum state could appear at much lower
energy
All the forces of nature would decide as kinetic part associated whith their
motion
Potential energy associated when both through its lowest point with their
location
--
Ahmed Ouahi, Architect
Best Regards!
"Pentcho Valev" kirjoitti
viestissä:96bc6a05-7a74-4ca1-97ac-***@googlegroups.com...
https://arxiv.org/pdf/1107.2485.pdf
"Zwicky [94] suggested a non-Doppler interpretation for the observed
redshifts, an energy depletion process that has been since labeled “tired
light”. Hubble & Tolman [41] considered this idea. Hubble [42] claimed his
galaxy number counts supported this type of linear energy depletion but he
could offer no plausible mechanism. Later in his life Hubble [43] said that
the Hubble law was due to a hitherto undiscovered mechanism, but not due to
expansion of space."
Here is the "undiscovered mechanism", cosmologists:
http://www.sciencedirect.com/science/article/pii/S0262407911603059
New Scientist: "Vacuum has friction after all. A ball spinning in a vacuum
should never slow down, right? Wrong. It turns out quantum effects can
create a type of friction in the void."
http://www.nature.com/news/superfluid-spacetime-points-to-unification-of-physics-1.15437
Nature: "As waves travel through a medium, they lose energy over time. This
dampening effect would also happen to photons traveling through spacetime,
the researchers found." x
Pentcho Valev