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- Time_evolution abstract "Time evolution is the change of state brought about by the passage of time, applicable to systems with internal state (also called stateful systems). In this formulation, time is not required to be a continuous parameter, but may be discrete or even finite. In classical physics, time evolution of a collection of rigid bodies is governed by the principles of classical mechanics. In their most rudimentary form, these principles express the relationship between forces acting on the bodies and their acceleration given by Newton's laws of motion. These principles can also be equivalently expressed more abstractly by Hamiltonian mechanics or Lagrangian mechanics.The concept of time evolution may be applicable to other stateful systems as well. For instance, the operation of a Turing machine can be regarded as the time evolution of the machine's control state together with the state of the tape (or possibly multiple tapes) including the position of the machine's read-write head (or heads). In this case, time is discrete.Stateful systems often have dual descriptions in terms of states or in terms of observable values. In such systems, time evolution can also refer to the change in observable values. This is particularly relevant in quantum mechanics where the Schrödinger picture and Heisenberg picture are (mostly) equivalent descriptions of time evolution.".
- Time_evolution wikiPageExternalLink books?id=xv4vHAAACAAJ.
- Time_evolution wikiPageExternalLink books?id=HfJKFn73ySIC.
- Time_evolution wikiPageID "937739".
- Time_evolution wikiPageLength "5040".
- Time_evolution wikiPageOutDegree "29".
- Time_evolution wikiPageRevisionID "678691328".
- Time_evolution wikiPageWikiLink Arrow_of_time.
- Time_evolution wikiPageWikiLink Category:Dynamical_systems.
- Time_evolution wikiPageWikiLink Classical_mechanics.
- Time_evolution wikiPageWikiLink Classical_physics.
- Time_evolution wikiPageWikiLink Determinism.
- Time_evolution wikiPageWikiLink Discrete_time_and_continuous_time.
- Time_evolution wikiPageWikiLink Dynamical_system.
- Time_evolution wikiPageWikiLink Group_(mathematics).
- Time_evolution wikiPageWikiLink Hamiltonian_mechanics.
- Time_evolution wikiPageWikiLink Heisenberg_picture.
- Time_evolution wikiPageWikiLink Hilbert_space.
- Time_evolution wikiPageWikiLink Lagrangian_mechanics.
- Time_evolution wikiPageWikiLink Newtons_laws_of_motion.
- Time_evolution wikiPageWikiLink Observable.
- Time_evolution wikiPageWikiLink Path-ordering.
- Time_evolution wikiPageWikiLink Phase_space.
- Time_evolution wikiPageWikiLink Propagator.
- Time_evolution wikiPageWikiLink Quantum_mechanics.
- Time_evolution wikiPageWikiLink Real_number.
- Time_evolution wikiPageWikiLink Rigid_body.
- Time_evolution wikiPageWikiLink S-matrix.
- Time_evolution wikiPageWikiLink Schrödinger_picture.
- Time_evolution wikiPageWikiLink Time.
- Time_evolution wikiPageWikiLink Time_reversibility.
- Time_evolution wikiPageWikiLink Turing_machine.
- Time_evolution wikiPageWikiLink Unitary_operator.
- Time_evolution wikiPageWikiLink Wiktionary:finite.
- Time_evolution wikiPageWikiLinkText "Time evolution".
- Time_evolution wikiPageWikiLinkText "Time translations".
- Time_evolution wikiPageWikiLinkText "evolution".
- Time_evolution wikiPageWikiLinkText "evolve with time".
- Time_evolution wikiPageWikiLinkText "time evolution operator".
- Time_evolution wikiPageWikiLinkText "time evolution".
- Time_evolution wikiPageWikiLinkText "unitary evolution".
- Time_evolution wikiPageWikiLinkText "unitary time-evolution operator".
- Time_evolution wikiPageUsesTemplate Template:Citation.
- Time_evolution wikiPageUsesTemplate Template:No_footnotes.
- Time_evolution subject Category:Dynamical_systems.
- Time_evolution hypernym Change.
- Time_evolution type Organisation.
- Time_evolution type Field.
- Time_evolution type Mechanic.
- Time_evolution type Physic.
- Time_evolution comment "Time evolution is the change of state brought about by the passage of time, applicable to systems with internal state (also called stateful systems). In this formulation, time is not required to be a continuous parameter, but may be discrete or even finite. In classical physics, time evolution of a collection of rigid bodies is governed by the principles of classical mechanics.".
- Time_evolution label "Time evolution".
- Time_evolution sameAs Q1156744.
- Time_evolution sameAs Zeitentwicklung.
- Time_evolution sameAs تکامل_زمانی.
- Time_evolution sameAs Operatore_di_evoluzione_temporale.
- Time_evolution sameAs 時間発展.
- Time_evolution sameAs 시간_변화.
- Time_evolution sameAs Evolução_temporal.
- Time_evolution sameAs m.03rpkn.
- Time_evolution sameAs Zaman_evrimi.
- Time_evolution sameAs Q1156744.
- Time_evolution wasDerivedFrom Time_evolution?oldid=678691328.
- Time_evolution isPrimaryTopicOf Time_evolution.