I forgot to mention there were ~2 L of water in the pot. I wrote:
> 3 Omega GT-736590 thermometers, red liquid, total immersion, -10 to 100°C, > marked in 1°C increments > Correction: -10 to 110°C Regarding the heat-after-death event that Brown observed, I am assuming -- or pretending, really -- that the power measurement was drastically wrong and there was enough input power to make the thing boil. That is not actually possible. Power meters are reliable. In both the Brown and Krivit demos, the input power is not high enough to allow boiling because much of the power goes to heat the eCat metal which radiates into the room, even with that insulation. In real life, the temperatures close to boiling alone prove that there is anomalous heat, but to humor the skeptics we will pretend you can heat water inside a metal container without losses. Anyway the pretend scenario is that a couple of kilowatts of heat go into the cell because the input power is mismeasured. It boils. The power is turned off to demonstrate heat after death. Brown is not sure how long; roughly 2 minutes. Either because there is anomalous heat, or because there is so much heat left in the metal, the temperature does not fall significantly. Or, at least, Brown did not notice a persistently lower temperature. This may or may not indicate anomalous heat. As I said, it is a shame Brown did not write down temperatures, duration, the change in the mass of cooling water shown on the weight scale and other observations, and it is a shame he did not think to ask Rossi to leave the cell in heat-after-death mode for 5 minutes. - Jed
