Jones Beene wrote: > OK the cooling results shown are intriguing but not conclusive
We should note that JNL merely measured the temperature drop in the wires. Note that the wires are stationary, but the magnetic material is spinning. JNL did not directly measure any temperature changes in the magnetic material. Completely stagnate air is a good thermal insulator, but the slightest air currents makes air a bad thermal insulator. A spinning disc as in the case of JNL's Newman replication obviously would cause air circulation. If the energy is coming from the magnetic material, as I suspect, then the magnetic material would cool down, which would quickly transfer to the surrounding air, in which a small percentage would transfer to the surrounding wires. The air would receive most of the cooling effect.
It would be more interesting if JNL could somehow measure temperature changes directly on the spinning magnetic material. He could use a thermal gun.
Regards, Paul Lowrance
