Category:
Research Papers
Sub-Category:
Unification Theories
Date Published:
December 18, 2024
Keywords:
Quantum Amorphicity, Quantum Multimorphic Amorphicity, Quantum Intermorphic Amorphicity, Quantum Adaptamorphics.
Abstract:
Abstract
This paper introduces Quantivity, a theoretical framework unifying quantum mechanics and cosmology. Integrating the Omnidir Hubble Parameter, Equa-Omni Theory, Equi-Scalar Theory, and Quantum Wave-String Wave-Phase Bypassing (QWPB), it provides a holistic approach to understanding quantum states and the universe's expansion.
Omnidir Hubble Parameter: Describes the expansion rate of quantum states in all directions, bridging quantum mechanics and cosmology by incorporating quantum perspectives.
Equa-Omni Theory: Ensures equilibrium through balanced opposition in equidistance, equidimensions, and equilibrium within the omnidimensional continuum, facilitating stability and balance.
Equi-Scalar Theory: Focuses on uniform scaling of fundamental properties and forces across different dimensions, ensuring consistency in physical laws through various scaling transformations.
QWPB: Describes transitions of quantum states through coherence, decoherence, and incoherence, integrating Quantum Coalescence and Quantum Acquisence for a comprehensive understanding of dynamic quantum systems and state changes.
Together, these theories create a robust framework for analyzing quantum states and forces in multidimensional spaces, enhancing our understanding of quantum phenomena and cosmological dynamics. Quantivity unifies key concepts from quantum mechanics and cosmology, paving the way for future discoveries and advancements in theoretical physics.
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