MFMP: What do they want to tell us?

Thz frequency "IR" is easily screened by metal and water. But goes through ceramic no problem.

With beta particles, electricity can also be directly produced. See:
https://en.wikipedia.org/wiki/Betavoltaic_device

Li-6 -> Be-6 -> He+2p

would explain beta- and Pb.

BobHiggins, give us more please.

Quote from padam73

Li-6 -> Be-6 -> He+2p

would explain beta- and Pb.

Why Pb?

I have been saying for years now that a cold reactor will cause gamma radiation. IMHO, this is due to the failure to form Bose condensate among many Surface Plasmon Polaritons (SPP)s. Lack of sufficient polariton pumping allows the SPP to initiate the LENR reaction, but not enough thermal pumping to create a bose condensate among the SPPs to spread the radiation around to thermalize or downshift gamma level radiation through super-absorption among many SPPs.

Low temperature means many SPP working along thereby creating gamma because no downshifting is possible.

High temperatures means many SPPs working together in a BEC to share energy through super-absorption.

SPP pumping is similar to laser pumping

https://en.wikipedia.org/wiki/Laser_pumping

Until the SPP pumping gets to an inversion condition, a condensate cannot be formed.

Weak pumping means no laser beam is produced.

Don't forget that LENR device is not just ecat. There are many other ways how to achieve the excess heat and I can say that there are safer methods,
All in all we have to expect all kinds of radiation emissions. Fortunately it is possible to control it quite well.

The energy transfer path between the disturbed nucleus and the metalized hydrogen nanoparticle is mediated by entanglement with a bose condensate on the surface of the nanoparticle through a magnetically establish transfer path. All excitation energy is relieved in this energy transfer process. Without latent nuclear post reaction excitation energy, there exist no gamma or subatomic particle formation activity possible. There is no Gamma and positron formation nuclear based energy available to support post reaction energy release. The exception is alpha particle release which happens at the time of nuclear disintegration.

It is interesting and informative to look at the Holmlid experiment where large numbers of alpha particles are produced together with the generation of a comparable amount of neutral molecular fragments moving outward with high kinetic energy. Even in this environment where high kinetic energy interactions between both these types of particle clusters would be expected to produce gamma radiation from the release of kinetic energy produced by the impact with these fast moving particles with the structure of the experiment, this high energy radiation is not produced. This leads to the possibility that the entire experiment is enclosed in a bose condensate based entanglement environment where nuclear level energy is absorbed into the EMF surface bose condensate on the surface of the metalized hydrogen.

Through entanglement with the BEC, because all nuclear level based radiation is thermalized implies that BEC based radiation transfer and absorption is an integral component of all LENR reactions.

HAve any MFMP donators received any e-mail? It was said that there would be something at 22:00 UTC

Just received an MFMP e-mail about this - time to read now!

I bet that MFMP used deuterium in their successful test.

SPP formation requires that no photonic energy is wasted through absorption.

There is a big difference between deuterium and protium. Deuterium is transparent to UV radiation and absorbs infrared whereas protium is transparent to infrared and absorbs UV.

At 1200C, the photonics is one where UV dominates and at 500 C infrared dominates. Deuterium is best applied in very high temperature photonic systems,

The design of the reaction in terms of heat range dictates what materials to use.