Extensions of the natural energiomaterial ecology

• Published in: Energy conversion and management Vol. 34; no. 3; pp. 169 - 185
• Main Author: Soma, J.
• Format: Journal Article
• Language: English
• Published: Oxford Elsevier Ltd 01.03.1993; Elsevier
• Subjects: ALARA; Avogadron; Certainty; Chemistry; Correspondence; Dosimetry; Ecology; Energy; Enthalpy; Environment; Exact sciences and technology; Frequency; Genetics; Greenhouse effect; Mechanics; Nuclear; Particle; Particlength; Photon; Physics; Physiology; Relativity; Reliability; Solar; Statistical physics, thermodynamics, and nonlinear dynamical systems; Thermodynamics; Transport theory; Uncertainty; Wave; Uncertainty; Enthalpy; Avogadron; Relativity; Particlength; Certainty; Particle; Thermodynamics; ALARA; Energy; Genetics; Physiology; Dosimetry; Transport theory; Greenhouse effect; Solar; Ecology; Photon; Physics; Wave; Chemistry; Nuclear; Mechanics; Frequency; Environment; Correspondence; Reliability; Uncertainty principle
• ISSN: 0196-8904; 1879-2227
• DOI: 10.1016/0196-8904(93)90133-U

The natural energiomaterial ecology was causally extended through the historical contexts of Newton-Huyghens, Michelson-Morley, relativity and quantum theories. The unavoidable historical audit revealed gross and flagrant disregard of natural baselines and laws wherein advocacy of theory and local consensus prevailed. Amid this, the enthalpic duality velocities biproduct obliged these velocites naturally to be space-time four vectors colinearly and product interlocked with colinear particle and wave coordinates. Enthalpy was revealed to be nonhomogeneously quadratic as the velocity biproduct. This led to the discernment of a series of certainty relations traceable to natural law which refute quantum concepts of correspondence and uncertainty as being physically irrelevant and noncausal as a minimum. Involved decompositions discerned particlength, the particle complement of the de Broglie wavelength. This allowed enthalpy to be expressed as a quintproduct in mass, system frequency, wavelength and particlength, physically relevant, singly dimensioned quantities. System frequency was found to be as relevant in duality to particles as to waves. The enthalpic decomposition made it clear that the circumstantial role of Planck's constant was to mask the fact that enthalpy is homogeneously quadratic in frequency. Mechanically, the particlength-frequency product is the usual macroscopic particle velocity. The Davisson-Germer database dually represents the classic empiricism for particlength. Appreciating that enthalpy is a mechanically causal quintproduct allows for causal mechanics to be expressed in terms of the newly discerned base units. The work meshes directly with Avogadron supraparticle uniqueness wherein causally ultimate universal frequency, mass and enthalpy are Avogadronically definable. In all, a robust energiomateriomechanical natural ecology evolved in basic form, suitable for widespread use in many areas. The sheer number of basic shortcomings found in contemporary mechanics and physics obliges all workers to validate their science and technology baselines.