Akronos Publishing Concord, ON, Canada www.aetherometry.com

Entropies of State and of Transfer, and the Functions of the Calorimeter: A Different Granulation of Heat

by Correa, Paulo N.; Correa, Alexandra N.; Askanas, Malgosia

Published in September 2024.     80 pages.

Aetherometric Theory of Synchronicity, Vol. 6

Monograph AS3-VI.3

Price:   US $25

ABSTRACT The Carnot ideal engine led to Kelvin's and Clausius' discovery of an absolute scale of temperature, but the emergence of a statistically-dependent quantum theory of heat failed to provide the linear relationship of absolute temperature to thermal energy - in particular, to photon (electromagnetic) energy. The mistake harks back to Planck's law and his second radiation constant. The authors correct this with a simple law that permits them to distinguish between electromagnetic and thermokinetic heats, whether of state or involved in thermal energy transfer. They uncover for the first time the real dimensionality of temperature and demonstrate how it is both a molal electromagnetic production and a photon property. This leads them to examine the functions of the calorimeter - an instrument that, since Joule and Nernst to the present, has not ceased being the object of development - in light of their original theoretical framework and as applied to an entirely experimental approach. The authors then systematize the aetherometric algebra of discrete quantization for heating and cooling processes of the calorimeter.