In-depth explorations of quantum theory and foundational physics
Rigorous analysis of quantum physics concepts and theories
An examination of the foundational principle of quantum superposition, exploring how quantum systems exist in multiple states simultaneously until measurement collapses the wave function. We analyze the mathematical formalism, experimental evidence, and conceptual implications.
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Investigation of gauge symmetries in quantum field theory, their role in the Standard Model of particle physics, and theoretical extensions that attempt to address unresolved questions in fundamental physics.
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Exploring the application of quantum principles to cosmological models, including the quantum origins of the universe, inflationary theory, and the role of quantum fluctuations in seeding cosmic structure.
Read Full ArticleFoundational principles, mathematical formalism, and conceptual interpretations
Particle physics, gauge theories, and the Standard Model
Measurement problem, paradoxes, and philosophical implications
Quantum gravity, early universe, and theoretical approaches
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