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{{Short description|Supersymmetric-theory-dealing way in supersymmetry and quantum physics}} | title = Lectures on nonlinear sigma-models in projective superspace ...

...defined on a one-dimensional, periodic lattice. Unlike the prototypical [[Quantum Heisenberg model|Heisenberg spin chain]], which only includes interactions .../math>. The '''Haldane–Shastry model''' is described by the [[Hamiltonian (quantum mechanics)|Hamiltonian]] ...

...al [[manifolds]].<ref name="Baxter1982">Baxter, R. (1982). "Exactly solved models in statistical mechanics". Academic Press. ISBN 978-0-12-083180-7.</ref><re ...ghtarrow V \otimes_k V</math>. The operator <math>R</math> satisfies the ''quantum Yang-Baxter equation'' if ...

{{Short description|Theorem pertaining to the ontology of quantum mechanics}} ...has particular significance for how one may interpret the nature of the [[quantum state]]. ...

{{short description|Quantum device which stores energy}} ...battery''' is a type of [[electric battery]] that uses the principles of [[quantum mechanics]] to store energy. They have the potential to be more efficient a ...

{{Short description|Quantum mechanical model with coupled spins ...''' is a one-dimensional [[quantum mechanics|quantum]] [[Heisenberg model (quantum)|Heisenberg spin model]] in which the nearest-neighbour antiferromagnetic e ...

...imilar spin-models such as the [[Ising model]] and the [[Heisenberg model (quantum)|Heisenberg model]] in that it includes a term analogous to [[kinetic energ ...d [[electrons]] in low-energy states.<ref name="sachdev">{{Cite book|title=Quantum Phase Transitions |last=Sachdev |first=Subir |url=https://books.google.com/ ...

{{Short description|Duality between FRW models and conformal field theory}} | title = The Multiverse Interpretation of Quantum Mechanics ...

{{Short description|Method used to solve integrable many-body quantum systems}} ...|last1=Takhtadzhan |first1=L A |last2=Faddeev |first2=Lyudvig D |title=The Quantum Method of the Inverse Problem and the Heisenberg Xyz Model |journal=Russian ...

...tum contextuality|noncontextual]] [[hidden variable theory|hidden variable models]]. How was it done? Each pentagram is a 3D quantum system with an orthonormal basis <math>\left\{ |A\rangle, |B \rangle, |C\ra ...

...ught of as a generalization of the [[Ising model]]. Other exactly solvable models corresponding to particular cases of the <math>Z_N</math> model include the ==Quantum version== ...

...0307|s2cid=221103573 }}</ref> Classical shadow is useful for [[Fidelity of quantum states|direct fidelity estimation]], entanglement verification, estimating ...learn to solve [[ground state]]s of quantum many-body systems and classify quantum [[State of matter|phases of matter]]. ...

...ies and modular tensor categories to the [[algebraic theory of topological quantum information]], this theorem has found various uses within [[mathematical ph == Interpretation in terms of topological quantum field theory == ...

...'''J1–J2 model''' is a [[quantum spin model]] like the [[Heisenberg model (quantum)|Heisenberg model]] but also includes a term for the interaction between ne *[[Heisenberg model (quantum)]] ...

{{Short description|Mathematical mapping in quantum mechanics}} .../BF01331938}}.</ref> for one-dimensional [[Lattice model (physics)|lattice models]], but now two-dimensional analogues of the transformation have also been c ...

...d on a lattice with <math>N</math> states on each site. The [[Hamiltonian (quantum mechanics)|Hamiltonian]] of this model is ...vidences have been found that the [[phase transition]]s exhibited in these models should be certain generalizations <ref name="bingnan"/> of [[Kosterlitz–Tho ...

{{Short description|Quantum theory of transdimensional particles}} = Quantum Entropic Transdimensional Hypothesis (QETH) = ...

...ind | first1 = L. | last2 = Glogower | first2 = J. | year = 1964 | title = Quantum mechanical phase and time operator | journal = Physica | volume = 1 | page ...he generator of [[Translation_operator_(quantum_mechanics)|translations in quantum mechanics]]: ...

...example is the [[Toric code|toric code model]], which is a special case of quantum double model by setting input group as cyclic group <math>\mathbb{Z}_2</mat == Kitaev quantum double model == ...

...chemistry, quantum features of scattering atoms, as well as numerous other quantum phenomena. Though a pendulum not subject to the small-angle approximation ...ian mechanics]] from classical mechanics, one can develop a [[Hamiltonian (quantum mechanics)|Hamiltonian]] for the system. A simple pendulum has one general ...