I would like to update the members of this list on what I have been up
to recently (and revive an old thread). My latest paper "Quantum Game
Beats Classical Odds - Thermodynamics Implications" has just been
published by the Journal Entropy under the section "Statistical
Mechanics" after a strict and thorough peer review. The implications are
that it is possible to beat the laws of Classical Physics using a
Quantum Mechanical effect. Given the right conditions it should be
possible to produce a spontaneous temperature gradient in a
thermoelectric material without any electrical input - and vice versa,
to produce an electrical output without a temperature difference input.
Here is the link to the paper at the Journal Entropy:
http://www.mdpi.com/1099-4300/17/11/7645
I presented an earlier paper in Vancouver, Canada, which was also
approved for publication by the /11th International Conference on
Ceramic Materials & Components for Energy & Environmental Applications/.
It is now undergoing editorial and format changes.
The paper is currently available at ResearchGate at
https://www.researchgate.net/publication/283645102_Anomalous_Temperature_Gradient_in_Non-Maxwellian_Gases
Best
George
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