Novel Quantum Gravity Model of the Physics of Operability of Galvanic Cells and Electrical Power Generation

Abstract

Chinmoy Bhattacharya

The dimensions of the physical variables like resistance, electrical current and potential difference associated with ohm’s law have been evaluated applying the theory of quantum gravity (QG theory) and those dimensions have been utilized to evaluate the actual mechanism of functioning of the galvanic cells to originate electricity, power and power transmissions.

Itself, the terminology, ‘Electromotive Force (emf) ‘of a galvanic cell does not stand at the proper stead, as has been established in this article by revealing the unidimensional characteristics of emf or the difference in electrode potential between the positive electrode (cathode) and the negative electrode (anode). In QG theory, Force is a 2-dimensional physical variable of the universe, being originated from unidimensional ‘Distance’ or ‘Entropy’.

The traditional concept of the mapping the emf of galvanic cells by the free energy changes of the chemical reaction occurring in a cell is not justified and the energy output from a galvanic cell has been proved to be a phenomenon of continuous passage or flow of in-situ activation volumes or activation energies of the chemical reactions occurring, through the external conducting paths.

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