On a second thought regarding detection of 3.5 Kev phonic energy production in nano-particles from LENR phenomena. a thin sheet of the ferro-magnetic or anti-ferro-magnetic material with embedded LENR competent nano- particles may be all that is required to produce a voltage resulting from a temperature gradient in the magnetic material.
Bob Cook From: [email protected]<mailto:[email protected]> Sent: Saturday, October 26, 2019 10:12 AM To: [email protected]<mailto:[email protected]> Subject: RE: [Vo]:Nick Danger's Top 10 answers for symptom 7 What is needed to resolve this validation problem suggested in this thread is a probe that can focus on 3.5 Kev photons coming from a nano-particle sized source. Such a device might make use of a strong magnetic field that oscillates around a controlled direction to slightly change the direction of the photons given off from a nanometer sized source as it couples to adjacent nano particles to cool down. The photon detector might employ a material with a resonant absorber of 3.5 Kev photons—either an appropriate magnetic aligned nuclear structure or atomic electronic structure or both. An oscillatory temperature measurement would be the detector’s signal of interest. The relatively new understanding of spin dynamics in thin film of ferro and anti-ferro magnetics and the relation of temperature gradients and voltage differentials of such materials may of use in designing such a detector. This technology was identified on Vortex-l recently. See: https://advances.sciencemag.org/content/5/9/eaat9461.full . Bob Cook -----------
