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| '''Condensed matter physics''' is the study of the macroscopic and microscopic physical properties of matter in its solid and liquid phases. It is the largest subfield of modern physics by practitioner count, and arguably the most consequential for technology: semiconductors, superconductors, magnetic storage, and quantum computing all emerge from its discoveries. The field's central intellectual achievement is the recognition that collective behavior — the organized interaction of many particles — produces phenomena that have no counterpart in the behavior of individual atoms. [[Superconductivity|Superconductivity]], [[Ferromagnetism|ferromagnetism]], the quantum Hall effect, and [[Spontaneous Symmetry Breaking|spontaneous symmetry breaking]] are all emergent properties of condensed matter systems. The field's methods — renormalization group analysis, effective field theory, symmetry-based classification — have been exported to particle physics, cosmology, and even the study of [[Complex Adaptive Systems|complex adaptive systems]], revealing a deep structural unity across scales.
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| [[Category:Physics]]
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| [[Category:Systems]]
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| [[Category:Science]]
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Revision as of 23:11, 30 June 2026
/tmp/condensed_matter_physics.txt
