Divergence of the entanglement range in low-dimensional quantum systems
We study the pairwise entanglement close to separable ground states of a class of one-
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
Divergence of the entanglement range in low-dimensional quantum systems
L Amico, D Patane, F Baroni, A Fubini, V Tognetti… - Physical Review. A, 2006 - osti.gov
We study the pairwise entanglement close to separable ground states of a class of one-
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
Divergence of the entanglement range in low-dimensional quantum systems
L Amico, D Patane, F Baroni, A Fubini, V Tognetti… - Physical Review …, 2006 - inis.iaea.org
[en] We study the pairwise entanglement close to separable ground states of a class of one-
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
Divergence of the entanglement range in low-dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patanè… - Physical …, 2006 - ui.adsabs.harvard.edu
We study the pairwise entanglement close to separable ground states of a class of one-
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
[PDF][PDF] Divergence of the entanglement range in low dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patane… - arXiv preprint cond … - scholar.archive.org
Quantum fluctuations may disorder the ground state of a system, especially at low
dimensions. Paradigmatic example in this sense are quantum phase transitions [1], where …
dimensions. Paradigmatic example in this sense are quantum phase transitions [1], where …
[PDF][PDF] Divergence of the entanglement range in low dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patane, V Tognetti… - arXiv preprint cond-mat … - academia.edu
Quantum fluctuations may disorder the ground state of a system, especially at low
dimensions. Paradigmatic example in this sense are quantum phase transitions [1], where …
dimensions. Paradigmatic example in this sense are quantum phase transitions [1], where …
[引用][C] Divergence of the entanglement range in low-dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patanè, V Tognetti… - Physical Review …, 2006 - cir.nii.ac.jp
Divergence of the entanglement range in low-dimensional quantum systems | CiNii Research
CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] 詳細へ移動 検索フォームへ移動 論文・データを …
CiNii 国立情報学研究所 学術情報ナビゲータ[サイニィ] 詳細へ移動 検索フォームへ移動 論文・データを …
Divergence of the entanglement range in low dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patane… - arXiv preprint cond-mat …, 2006 - arxiv.org
We study the pairwise entanglement close to separable ground states of a class of one
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
dimensional quantum spin models. At T= 0 we find that such ground states separate regions …
[PDF][PDF] Divergence of the entanglement range in low dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patane… - arXiv preprint cond-mat … - researchgate.net
Quantum fluctuations may disorder the ground state of a system, especially at low
dimensions. Paradigmatic example in this sense are quantum phase transitions [1], where …
dimensions. Paradigmatic example in this sense are quantum phase transitions [1], where …
[引用][C] Divergence of the entanglement range in low-dimensional quantum systems
L Amico, F Baroni, A Fubini, D Patane, V Tognetti… - PHYSICAL REVIEW …, 2006 - flore.unifi.it
Divergence of the entanglement range in low-dimensional quantum systems/L. AMICO; F.
BARONI; A. FUBINI; D. PATANE'; V. TOGNETTI; P. VERRUCCHI.-In: PHYSICAL REVIEW A …
BARONI; A. FUBINI; D. PATANE'; V. TOGNETTI; P. VERRUCCHI.-In: PHYSICAL REVIEW A …