Using track lengths in photographic emulsions from LENR ash, the monopole has a mass as follows
|m0 | = 7.29 × 10^6GeV /c2 and a magnetic field of β = 1.83 × 10^7 . My interpretation of these tracks is as follows: The bose condinsate stays in place after the LENR reaction polariton pumping is terminated. The polariton condinsate is losing energy but still has residual stored energy remaining. A single element(polariton) is still entangled with the BEC but becomes free ranging and moves over the photoemission where it interacts with the silver particles therein. The energy from the BEC is channeled to the polariton via entanglement to interact with the photo-emulsion particles through superradiance. In other words, the single polariton becomes a conduit for all the residual energy stored in the BEC. By counting the emulsion particles effected by the polariton energy release, it is possible to measure that residual energy content of the BEC via the polariton chemical activity(surface-enhanced Raman scattering (SERS) ) with fair accuracy.
