When it comes to entanglement. distance from the origin of the entanglement is not cogent. The entangled particles can be on opposite side of the universe and still be connected.
The strange thing about Holmlid's experiments is that Holmlid produces billions of high energy particles that all should produce gamma radiation when they hit something. But Holmlid never thinks to ask himself how his is not fried to a crisp with gamma radiation. I guess if an idea doesn't fit into your theory, you ignore it. On Sat, Apr 16, 2016 at 5:43 PM, Jones Beene <jone...@pacbell.net> wrote: > *From:* Axil Axil > > Proposition: "However if there is muon decay at all - they should be > seeing a signal at 511 keV." > > Ø Detection of radiation is not applicable to the LENR sensing > application because LENR thermalize any radiation emitting in a wide zone > around the LENR reaction. If this were not so, Holmlid and Rossi would be > dead now. > > Not necessarily dead but maybe sick in one case. Because the muon lives a > relatively long time, with a half-life of 2.2 microseconds, and is weakly > interacting, muons will typically spread out in a sphere far removed from > the reactor – a zone of washed out radiation which is in fact hundreds of > meter in diameter, with decays interspersed in that sphere so as to be weak > in at any one location. > > This might be more of a problem for Rossi - at what he claims is a > megawatt of heat - than for Holmlid at subwatt, but possibly the radiation > toxicity > to Rossi can partly explain the bizarre behavior. > >
