UPDATE:
I was asked about the EPRI data in the Ahern report - showing cooling with
titanium nanopowder, and finally got in touch with Brian.
He did not include the data in the final report, merely a summation.
He stands by the cooling effect as valid and repeatable; but the effect was not
as strong as I previously suggested (not an order of magnitude effect).
In conclusion, "nano-cooling" is a niche which is begging for replication but
it is not as significant an anomaly as is the heating effect with nickel
nanopowder.
-----Original Message-----
From: MarkI-ZeroPoint
1. If a neutron can disappear into the vacuum, then:
1a. Can a neutron pop INTO this space (spontaneous formation)?
Let me just say this. There have been for a long time - reports of spontaneous
(anomalous) hydrogen showing up in extreme vacuum conditions. Hydrogen from
nowhere, essentially. But that phenomenon, if true, has morphed into fringe
religious bogosity so one hesitates to even mention it. There was an article in
IE and it has been picked up here, for what it is worth:
http://blog.hasslberger.com/2006/06/hydrogen_from_space_the_aether.html
This is not the same as neutrons from nowhere, except that the neutron has only
a short half-life, and you expect to see hydrogen in the end. Does that account
for the hydrogen phenomenon, and if so, where is the decay energy? Does
trans-dimensional transfer happen isothermally, regardless? (at least from the
perspective of the host)
That would be the only way it could happen.
Jones
