Heavy-Fermions in a Transition-Metal Compound: $Li{V}_2{O}_4$

Abstract

The recent discovery of heavy-Fermion properties in Lithium Vanadate and the enormous difference in its properties from the properties of Lithium Titanate as well as of the manganite compounds raise some puzzling questions about strongly correlated Fermions. These are disscussed as well as a solution to the puzzles provided.

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Cited by in corpus (13)

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• Formation of heavy quasiparticle state in two-band Hubbard model
• On the heavy-fermion behavior of the pyrochlore transition-metal oxide $Li{V}_2{O}_4$
• Heavy Fermion Behaviors in LiV_{2}O_{4}
• Developments in the negative-U modelling of the cuprate HTSC systems
• Heavy-Fermions in LiV2O4: Kondo-Compensation vs. Spin-Liquid Behavior?
• Effective Hamiltonian of Three-orbital Hubbard Model on Pyrochlore Lattice: Application to LiV_2O_4
• LiV2O4: Hund-Assisted Orbital-Selective Mottness
• On the complexity of spinels: Magnetic, electronic, and polar ground states
• LiV2O4: evidence for two-stage screening