<blockquote id="quote"><font size="2" face="Verdana, Arial, Helvetica" id="quote">quote:<hr height="1" noshade id="quote"><i>Originally posted by Stoat</i>
<br />Hi John, here's an article on the superlens. Six months ago there was a much fuller explanation but i can't find it anymore. I believe that that has to be down to the military taking an interest, for stealth technology.
www.imperial.ac.uk/physics/about/news_events/awards/pendry.htm
I would argue that every bit of matter contains a radius where the r.i. goes negative. In a proton, or neutron, it's tiny, much smaller than h. For a sun it's about 3km in diameter.
So we need a bec material, to slowwn light to a crawl, and we need it to have neg r.i. qualities to allow ftl gravitons/photons to transfer their energy to sub light electrons and photons.
Note that the split ring magnetic resonators in the link article are the tricky bit to make. To get to the magic minus one r.i. we would need to use smaller resonators. That's one of the reasons why the toroidal model of the electron is of interest. In a BEC we do have paired electrons after all.
One thing that has to be noted about this research, they are not looking for neg r.i's in the millions/billions. This is because they don't believe that anything can go faster than light. I would argue that neg r.i. of billions is actually built into the very structure of matter.
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In my simulations I have seen a antiproton change to a torus
based on a specific increasing and decreasing frequency
you have to take in to account the electric and magnetic
field phase and potentials as well. if minipulated properly
you could turn a electron into a positron
Cheers,
MARX
