In-depth analyses of quantum physics theory and foundations
Exploring fundamental questions in quantum theory
An in-depth exploration of the wave-particle nature of matter and the principle of superposition in quantum mechanics. We examine the mathematical formalism, experimental evidence, and interpretational challenges that continue to fascinate physicists.
Read Full ArticleExamining the role of symmetry principles in quantum field theory and potential extensions beyond the Standard Model. We analyze gauge theories, the Higgs mechanism, and theoretical frameworks for physics beyond the Standard Model.
Read Full ArticleInvestigating quantum effects in the early universe and their implications for modern cosmological theories. We explore inflation, quantum fluctuations, and the quantum-to-classical transition in cosmological scenarios.
Read Full ArticleAreas of active investigation and analysis
Exploring non-local correlations, Bell inequalities, and the Einstein-Podolsky-Rosen paradox in modern quantum physics.
Analyzing the fundamental question of how quantum measurements produce definite outcomes from superposition states.
Investigating attempts to reconcile quantum mechanics with general relativity through string theory and loop quantum gravity.
Examining the mathematical structure, renormalization, and physical predictions of relativistic quantum field theories.
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