[HTML][HTML] Signatures of spin-liquid state in a 3D frustrated lattice compound KSrFe2 (PO4) 3 with S= 5/2
A quantum spin-liquid is a spin disordered state of matter in which spins are strongly
correlated and highly entangled with low-energy excitations. It has been often found in two-
dimensional S= ½, highly frustrated spin networks but rarely observed in three-dimensional
(3D) frustrated quantum magnets. Here, KSrFe 2 (PO 4) 3, forming a complicated 3D
frustrated lattice with a spin moment S= 5/2, is investigated by thermodynamic, neutron
diffraction measurements and electronic structure calculations. Despite the relatively sizable …
correlated and highly entangled with low-energy excitations. It has been often found in two-
dimensional S= ½, highly frustrated spin networks but rarely observed in three-dimensional
(3D) frustrated quantum magnets. Here, KSrFe 2 (PO 4) 3, forming a complicated 3D
frustrated lattice with a spin moment S= 5/2, is investigated by thermodynamic, neutron
diffraction measurements and electronic structure calculations. Despite the relatively sizable …
Signatures of spin-liquid state in a 3D frustrated lattice compound KSrFe2 (PO4) 3with S= 5/2
K Kargeti, SK Panda - 2022 - lrcdrs.bennett.edu.in
A quantum spin-liquid is a spin disordered state of matter in which spins are strongly
correlated and highly entangled with low-energy excitations. It has been often found in two-
dimensional S= ½, highly frustrated spin networks but rarely observed in three-dimensional
(3D) frustrated quantum magnets. Here, KSrFe2 (PO4) 3, forming a complicated 3D
frustrated lattice with a spin moment S= 5/2, is investigated by thermodynamic, neutron
diffraction measurements and electronic structure calculations. Despite the relatively sizable …
correlated and highly entangled with low-energy excitations. It has been often found in two-
dimensional S= ½, highly frustrated spin networks but rarely observed in three-dimensional
(3D) frustrated quantum magnets. Here, KSrFe2 (PO4) 3, forming a complicated 3D
frustrated lattice with a spin moment S= 5/2, is investigated by thermodynamic, neutron
diffraction measurements and electronic structure calculations. Despite the relatively sizable …
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