Quantum criticality among entangled spin chains
An important challenge in magnetism is the unambiguous identification of a quantum spin
liquid,, of potential importance for quantum computing. In such a material, the magnetic …
liquid,, of potential importance for quantum computing. In such a material, the magnetic …
Quantum criticality among entangled spin chains
N Blanc, J Trinh, L Dong, X Bai, AA Aczel… - Nature …, 2018 - ui.adsabs.harvard.edu
An important challenge in magnetism is the unambiguous identification of a quantum spin
liquid 1, 2, of potential importance for quantum computing. In such a material, the magnetic …
liquid 1, 2, of potential importance for quantum computing. In such a material, the magnetic …
Quantum criticality among entangled spin chains
N Blanc, J Trinh, L Dong, X Bai - Nature Physics (Print), 2017 - inis.iaea.org
[en] Here, an important challenge in magnetism is the unambiguous identification of a
quantum spin liquid, of potential importance for quantum computing. In such a material, the …
quantum spin liquid, of potential importance for quantum computing. In such a material, the …
Quantum criticality among entangled spin chains
N Blanc, J Trinh, L Dong, X Bai, AA Aczel, MP Mourigal… - Nature Physics, 2017 - osti.gov
Here, an important challenge in magnetism is the unambiguous identification of a quantum
spin liquid, of potential importance for quantum computing. In such a material, the magnetic …
spin liquid, of potential importance for quantum computing. In such a material, the magnetic …
[PDF][PDF] Quantum criticality among entangled spin chains
N Blanc, J Trinh, L Dong, X Bai, AA Aczel, M Mourigal… - 2018 - mourigal.gatech.edu
Fig. 1| comparison of the T–H phase diagram for the quasi-1D system K2Pbcu (NO2) 6 with
the behaviour of a generic 3D antiferromagnet. a, Sketch of the phase diagram of a …
the behaviour of a generic 3D antiferromagnet. a, Sketch of the phase diagram of a …