2020•viXraRequires access

The Second Law, Entropy Increase and Bedini/Bearden

Jeremy Dunning-Davies, Richard Lawrence Norman

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Abstract

The link between the Second Law of Thermodynamics and the claim that entropy can never decrease is examined afresh in the light of the fact that the entropy of classical thermodynamics does, in fact, decrease on many occasions. Traditional attempts to deduce the idea of entropy decrease will be looked at anew and conclusions will be drawn over the existence, or otherwise, of a general rule. Within the historical context offered, a mechanism for Bearden and Bedini's demonstrated over-unity energy gains is proposed that is based in the electromagnetic science of Maxwell. Implications for thermodynamics are then deduced.

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What this paper is about

The link between the Second Law of Thermodynamics and the claim that entropy can never decrease is examined afresh in the light of the fact that the entropy of classical thermodynamics does, in fact, decrease on many occasions. Traditional attempts to deduce the idea of entropy decrease will be looked at anew and conclusions will be drawn over the existence, or otherwise, of a general rule. Within the historical context offered, a mechanism for Bearden and Bedini's demonstrated over-unity energy gains is proposed that is based in the electromagnetic science of Maxwell. Implications for thermodynamics are then deduced.

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Available abstract

The link between the Second Law of Thermodynamics and the claim that entropy can never decrease is examined afresh in the light of the fact that the entropy of classical thermodynamics does, in fact, decrease on many occasions. Traditional attempts to deduce the idea of entropy decrease will be looked at anew and conclusions will be drawn over the existence, or otherwise, of a general rule. Within the historical context offered, a mechanism for Bearden and Bedini's demonstrated over-unity energy gains is proposed that is based in the electromagnetic science of Maxwell. Implications for thermodynamics are then deduced.

Key concepts: Second law of thermodynamics, Entropy (arrow of time), Laws of thermodynamics, Thermodynamics, Entropy in thermodynamics and information theory, Physics, Theoretical physics, Mathematical economics

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