fraleysinger
02-18-2005, 11:52 AM
Time
Time at the femtoscopic level, to coin a phrase, is about the same as
we know it. Our time is referenced to the moon circling the earth and
the earth circling the sun. Time at the spin level is referenced to
averages of the same thing in the atomic-nuclear regime. Details
are statistical, as they are in the large if you wait long enough.
(The sun and moon are only constant in man's lifetime.) The detector
in our case is the eye and we have transferred the actual work of
clocking to atomic cesium devices (I don't know if this is true anymore). The detector in the spin case is every other spin in a 3-D holographic-like network where each
sees every others relative turning. The result, the constancy of
time, is due to the same thing: mass. Mass rules in the gravitational
matrix of heavenly bodies and also in the average spin turning rate
within protons and electrons, a matrix of spins.
Mass is the confinement of spin by interactions with every other spin.
Two pi times the average confinement radius divided by the internal
velocity is the average cycle time. This works its way up the
chain of interactions: nuclear, atomic, molecular, electronic,
room-sized and astronomical, to define time as cycle counts in
many related ways.
I don't yet know how this relates to time as a vector.
Phil Fraley
Time at the femtoscopic level, to coin a phrase, is about the same as
we know it. Our time is referenced to the moon circling the earth and
the earth circling the sun. Time at the spin level is referenced to
averages of the same thing in the atomic-nuclear regime. Details
are statistical, as they are in the large if you wait long enough.
(The sun and moon are only constant in man's lifetime.) The detector
in our case is the eye and we have transferred the actual work of
clocking to atomic cesium devices (I don't know if this is true anymore). The detector in the spin case is every other spin in a 3-D holographic-like network where each
sees every others relative turning. The result, the constancy of
time, is due to the same thing: mass. Mass rules in the gravitational
matrix of heavenly bodies and also in the average spin turning rate
within protons and electrons, a matrix of spins.
Mass is the confinement of spin by interactions with every other spin.
Two pi times the average confinement radius divided by the internal
velocity is the average cycle time. This works its way up the
chain of interactions: nuclear, atomic, molecular, electronic,
room-sized and astronomical, to define time as cycle counts in
many related ways.
I don't yet know how this relates to time as a vector.
Phil Fraley