On Jan 9, 2008, at 6:30 AM, OrionWorks wrote:
Changing the subject: Just making sure I understand this correctly -
According to your theoretical research one of the conclusions would be
that when we observe distant galaxies through telescopes there's a
good chance that a significant percentage of them are composed
entirely of mirror matter?
Yes, and significantly, that that mirror matter is anti-
gravitational, or in the vernacular of my theory, has negative
gravitational charge, charge containing -i in the units. That is
not to say there is not a lot of matter around which is dark and is
yet normal (not mirror) matter. There is likely a lot of dark normal
matter around too. The mirror matter necessarily flows increasingly
as the black holes in the center of normal galaxies collectively
reach maturity. They form it from the vacuum.
The converse is also true. Mirror matter galaxies will necessarily
produce a flow of normal matter as their mirror black hole population
matures. The dynamic overall produces cosmic expansion, i.e. dark
energy.
The primary confirmation of the theory is the fit with the MOND
equations and galaxy dynamics. I expect further confirmation will
come in the form of modeling of galaxy interaction dynamics. It will
also come in the form of discovering that the pioneer anomaly is due
to a gravimagnetic Lorentz force. See:
http://mtaonline.net/~hheffner/PioneerAnom.pdf
Further, I expect a negative gravitational lens may be found.
Real hands on proof of the theory may come in the form of finding
mirror matter right here on earth. There may be minerals around that
maintain a temperature colder than the local environment. If you
happen to find some material that seems to maintain a temperature
colder that its surrounds, do some calorimetry on it. Put it in a
well insulated container with a thermometer. After a while, say a
half hour, check for a difference between the thermometer in the box
and one outside the box. If the box is colder then the material
contains mirror matter. Mirror photons go right through ordinary
matter, and thus the black body radiation from mirror matter flows
right through our ordinary matter insulation.
Finding a large source of mirror matter would be of great practical
importance, both for space travel and for energy production. Such
sources may exist deep in the ground in the neighborhood of large
meteor hits.
Horace Heffner
http://www.mtaonline.net/~hheffner/
