https://phys.org/news/2019-03-quantum-fuel-cooling.html
Could the quantum freezing effect of entangled pairs mentioned above be the hidden factor in anomalous heat?... if you are freezing a region under observation than you are "transporting" the heat to wherever the other half of each entangled hydrogen pair has migrated. Perhaps an accidental quantum effect of thermal instrumentation and hydrogen loaded metal regions to self-segregate as a result of observing or recording the data, The cold region has to be balanced by transporting the heat to entangled hydrogen elsewhere in the larger entangled region randomly creating hot spots, as the article says this action equates to a Maxwellian demon. Like many of the suggestions in this forum wrt to duty factor and resonance the article refers to a cooling engine that can only be exploited by specific frequency /duty factors to produce energy from the created reservoirs. It would explain the difficulty of LENR reproductions if the success of an LENR experiment actually requires instrumentation of material in a quantum state, the measurement forcing entangled pairs to transfer quanta with the observed region always steering heat away. Fran
