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The 169 pages that link to Quantum mechanics, each with the reason it gives.

• Theoretical mechanicsCompared with: It replaces classical trajectories with quantum states at microscopic scales.

• Vector notationRelated: Kets and component arrays represent states and vectors in Hilbert spaces.

• Atomic and molecular processes in external fieldsNarrower topic: Field-induced changes are commonly understood as shifts and mixing of quantum states.

• Chemical Physics & Physical ChemistryRelated: It explains atomic and molecular structure where classical physics fails.

• Engineering physicsRelated: Underlies technologies such as semiconductors, lasers, and quantum sensors.

• Evolution (physics)Broader topic: Its state evolution follows quantum laws, notably the Schrödinger equation for isolated systems.

• Gustav Ludwig HertzNarrower topic: The results became foundational experimental evidence for quantized atomic behavior.

• History of subatomic physicsNarrower topic: Its development supplied the framework for explaining atomic and subatomic behavior.

• Igor PlotnitskyNarrower topic: Plotnitsky’s philosophical work examines the conceptual structure of this theory.

• John William StruttCompared with: Quantum theory corrected the short-wavelength failure of the classical radiation law associated with his name.

• Joule-secondNarrower topic: Joule-seconds set the scale of quantum action in this theory.

• List of unsolved problems in physicsRelated: Its measurement problem raises foundational questions that remain disputed.

• Masahiro SakuraiNarrower topic: His textbooks helped shape how generations of physicists learned its formalism.

• Mathematical methods in physicsRelated: Its predictions rely on Hilbert spaces, eigenvalue problems, and complex amplitudes.

• Newtonian dynamicsCompared with: It replaces classical trajectories when quantum effects become significant.

• Outline of physicsRelated: It supplies the rules governing microscopic systems beyond classical physics.

• Physical phenomenaBroader topic: It governs microscopic processes that classical descriptions cannot capture.

• Quantum tunnellingNarrower topic: Tunnelling is a consequence of quantum mechanics, not a force that pushes particles through barriers.

• Relativistic quantum mechanicsNarrower topic: Relativistic quantum mechanics extends its state-based framework to relativistic regimes.