In one minute

Tanzella, Bao and McKubre build on reports that thin palladium deuteride structures give anomalous heat and nuclear products when stimulated by electro-diffusion. They built a calorimeter working at 77 K that detects less than 0.1 J with an accuracy better than 0.06 J. High-voltage electrolysis of very pure heavy water loads thin palladium wires heavily with deuterium, and high current pulses then make the wires explode into microscopic particles. Output energies reached 150% of input, and every disintegration seen so far produced excess energy. The next step is to collect the headspace gas during these pulses and measure helium isotopes by mass spectroscopy.

Cryogenic Calorimetry of 'Exploding' PdDx Wires