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Titlebook: Reaction Kinetics Based on Time-Energy Uncertainty Principle; Satoru Yamamoto Book 2023 The Editor(s) (if applicable) and The Author(s), u

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Characteristics of Our Reaction Kineticsd the theory, and so on) and whether it meets the “three-step verification” as a science will be examined. Finally, the epistemological contrast between the metaphysical and dialectical worldviews represented by Aristotle and Hegel, respectively, since ancient times is presented.
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Physical Formulation of Our Theoryhich were inconsistently glided into the conventional reaction kinetics. The fluctuation of energy, one of the crucial concepts, is also justified. The validity of our reaction kinetics has been examined in wide-range examples of physical and chemical reactions, and the applicability of the present theory has been shown in this chapter.
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What is Reaction Kinetics as a Scientific Cognition?—Toward Innovating Conventional Reaction Kineticature). Since the nature consists of various layers of hierarchy and changes over time, human understanding of nature must also be based on various concepts from these two aspects of hierarch and historicity. In this chapter, the characteristics of quantum mechanics, classical mechanics, and thermod
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Critique of the “Theory of Rate Processes”is, (1) the validity of using a particle model behaving in a classical-mechanical manner under the potential determined by the time-independent Schrödinger equation, (2) the validity of assumption that the activated complex in a transition state specified by temperature is in equilibrium with the re
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Application of Our Reaction Kinetics to Simple Systemsy problems such as diffusion, melting, and boiling. More complex phenomena such as precipitation, graphitization, and chemical reactions are then addressed. An interpretation of thermally activation process based on the uncertainty principle provides a satisfactory explanation of diffusion phenomena
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Characteristics of Our Reaction Kineticshether the theory is appropriate as a reaction kinetics that theoretically discusses time-dependent changes in phenomena, i.e., whether or not the energy of the reacting system is considered definite, whether or not the theory has a clear indication for the directionality of change, and whether or n
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