At 1:04 AM 12/23/4, thomas malloy wrote: >Horace Heffner Posted; > >>Graviphotons, assuming they exist, may provide an alternate and normally >>undetectable path for dissipating energy from energized nuclei, if it is >>otherwise forbidden, enabling LENR without detectable signature radiation. > >Ha, I've long speculated that the energy had to be going some where, >in the form of a particle. It has been suggested that the missing >energy took the form of neutrinos. Am I correct that no signature >radiation has been detected? > >What about gravitrons, how are they detected?
Gravitons are merely gravitational force, best detected when in small quantities in space or on a torsion pendulum. I assume you mean graviphotons? How many physics miracles do you expect per day? 8^) I only just realized they might exist. If you can strongly couple to them then they might be detected as heat. In the case of cold fusion then it means the LENR reaction vessel might best be surrounded with a blanket of material consisting of the *product* type of atoms from the fusion so they can absorb and possibly retransmit the graviphotons but possibly keep some of the energy around as phonons. Regards, Horace Heffner
