On Tue, 31 Oct 2006 08:28:44 +0000, Ben Newsam
<ben.newsam@xxxxxxxxxxxxxx> wrote:
On Tue, 31 Oct 2006 06:10:40 GMT, Jack Sarfatti <sarfatti@xxxxxxxxxxx>
wrote:
However, that
simply means that some continuous symmetry of the action of the string
is spontaneously broken inducing a vacuum phase transition of the theory
with macro-quantum ODLRO - emergence of a Higgs-type inflation field
with one or more Goldstone phases like in a superconductor. Therefore, a
string theory in ordinary 3 + 1 space-time may be possible after all.
Indeed, curved space-time's renormalizable spin 1 tetrad quantum fields
and spin-connections with dark energy and dark matter seem to naturally
emerge from the Goldstone phases induced by the tachyon instability. The
spin 2 metric field is an emergent entangled composite of pairs of spin
1 tetrad fields and torsion fields.
You're making this stuff up as you go along, aren't you? <vbg>
Its more than just a random run along the beach.
Since we cannot actually see inside the atom to determine both
position and velocity of sub elements, scientists needed some method
to help them describe and predict sub atomic motion without actually
observing,
String theory was simply a good analog since you can tell the size and
mass of guitar strings by listening to them resonate without actually
having to see the strings.
Modern laser cooling of atoms where a laser is used to dampen the
vibration of an atom by interference support this way of viewing
atomic motion.
If you could dampen all the motion in an atom the temperature would be
absolute zero and it would be a superconductor allowing wave packets
or particles to travel along the string without resistance.
Josephson junctions, atomic clocks and all kinds of neat modern toys
can be explained using string theory.