Milestones of low-D quantum magnetism
By A. Vasiliev, O. Volkova, E. Zvereva, M. Markina. 2018
195 citations recorded by the source corpus.
There is a long time gap between the formulation of the basic theory of low-dimensional (low-D) magnetism as advanced by Ising, Heisenberg and Bethe and its experimental verification. The latter started not long before the discovery of high-TC superconductivity in cuprates and has been boosted by this discovery result in an impressive succession of newly observed physical phenomena. Milestones on this road were the compounds which reached their quantum ground states upon lowering the temperature either gradually or through different instabilities. The gapless and gapped ground states for spin excitations in these compounds are inherent for isolated half-integer spin and integer spin chains, respectively. The same is true for the compounds hosting odd and even leg spin ladders. Some complex oxides of transition metals reach gapped ground state by means of spin-Peierls transition, charge ordering or orbital ordering mechanisms. However, the overwhelming majority of low-dimensional systems arrive to a long-range ordered magnetic state, albeit quite exotic realizations. Under a magnetic field some frustrated magnets stabilize multipolar order, e.g., showing a spin-nematic state in the simplest quadropolar case. Finally, numerous square, triangular, kagome and honeycomb layered lattices, along with Shastry–Sutherland and Nersesyan–Tsvelik patterns constitute the playground to check the basic concepts of two-dimensional magnetism, including resonating valence bond state, Berezinskii–Kosterlitz–Thouless transition and Kitaev model.
View Paper: https://www.semanticscholar.org/paper/e0b3dcbae070b2a670399f1b7d08fa8a66fcd55b
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Citations in the corpus
- Simulating quantum many-body dynamics on a current digital quantum computer (2019, background): “[62] Alexander Vasiliev, Olga Volkova, Elena Zvereva, and Maria Markina, “Milestones of low-D quantum magnetism,” (2018).”
- Tutorial: a beginner’s guide to interpreting magnetic susceptibility data with the Curie-Weiss law (2022, background): “[47] Alexander Vasiliev, Olga Volkova, Elena Zvereva, and”