Still above my paygrade. I don't see Muons mentioned. They're implied. I get it. Abstract, like an artist.
On Tue, Aug 19, 2014 at 10:54 PM, Axil Axil <[email protected]> wrote: > DGT says that about 1 tesla is produced at 20 CMs in their reactor. If the > source of that field is localized to a few nanometers, that means that by > the inverse square law or the cube law if you like, the power at a few > nanometers is 20,000,000 to the second or third power tesla. Now that is a > strong magnetic field. > > > On Wed, Aug 20, 2014 at 1:35 AM, Kevin O'Malley <[email protected]> > wrote: > >> Thanks Axil. Cool Explanation. Unfortunately, about par for the course >> in your theorizings.... I cannot understand it. I do not see a single >> reference to muons nor how much power is required for them to do their >> thing. Perhaps it is implied... heavily implied. This isn't a >> "connecting of the dots", it is a "drawing a detailed picture with dots >> that artists think EVERYONE should be able to see". But not everyone sees >> it, and the more abstract the dot construction, the fewer people who see >> it. Once you get to a certain level of abstraction, anonymous email >> experts use their puppets to try to get you kicked off the board because >> even those anonymous "famous" experts probably don't understand what you're >> saying and they're too intimidated to confront you. Well, anyways, thanks >> for the response. >> >> >> >> On Tue, Aug 19, 2014 at 10:07 PM, Axil Axil <[email protected]> wrote: >> >>> The SPP's not only focus magnetic photons, it also focuses virtual >>> photons. >>> >>> Virtual photons create the magnetic field that define the rate of >>> nuclear decay. Usually, the vacuum produces a fixed average rate of virtual >>> photon production. So the rate of radioactive decay is stable. >>> >>> When the SPP focuses virtual photons into a small volume, the rate of >>> radioactive decay increases a lot. >>> >>> This answers why there is no radioactive byproducts produced in LENR. >>> >>> The Rate of photon production is increased in the same way through >>> focusing, so the chance that a meson is produced by magnetic interaction >>> with the proton goes up a lot. The two photon reactions both real and >>> virtual are directly proportional. >>> >>> So if radioactive half-life in reduced though virtual particle >>> production, the rate(probability) of meson production is increased >>> proportionally as demonstrated by the same concurrent photon focusing >>> mechanism. >>> >>> There is always a chance that a meson is created from the vacuum. >>> >>> Magnetic focusing also increases the chance of seeing a whopper of a >>> virtual energy increase in the proton so meson production goes way up >>> too. This increased chance of a large virtual energy contribution per unit >>> time also increases the chances for meson creation. >>> >>> >> >> > >
