Renewables, man, get something for nothing. Harness the infinite power of wind, water, wave and tide. Why hasn’t it been done before? But of course it has – two thousand years ago – and has yet to overcome three basic and insurmountable problems”: intermittent, depends on locally weak, dispersed sources of energy, and no viable technology to store significant amounts of power. Bummer….
But Low Energy Nuclear Reactions, or LENR, are showing much more promise as an alternative energy source with a demonstration of a reliable, replicable, nickel-hydrogen gas low-energy nuclear reaction reactor on Monday at National Instruments national trade show at the Austin Convention Center in Texas.
The technique demonstrated by Celani is described here. He describes the desirable qualities for LENR of a class of Nickel/Copper alloys called the Constantans: high catalytic power at dissociating molecular hydrogen. Wiki indicates the name comes from metals with a low or negative temperature coefficient of resistance, or “constantan”.
He then describes his experiments with the measured resistance of Contantan wires while generating anomalous heat.
We observed a further increasing of anomalous
power that, if there are no mistakes around, was about
twice (i.e. absolute value of over 10W) of that detected
when the power was applied to inert wire. The R/Ro
value, after initial increasing, stabilized to 0.808.
If the consideration at point 11) is correct, we can
think that the reaction, apart some temperature threshold,
has a positive feedback with increasing temperature.