The Topological Non-connectivity Threshold in quantum long-range interacting spin systems
F.Borgonovi, G.L.Celardo, R.Trasarti-Battistoni
TL;DR
This paper investigates the quantum properties of the Topological Non-connectivity Threshold in long-range interacting spin systems, exploring its implications for quantum-classical transition and macroscopic quantum tunneling.
Contribution
It provides new insights into the quantum behavior of TNT and its role in understanding the quantum-classical transition in spin systems.
Findings
Quantum characteristics of TNT analyzed in the hard quantum regime
Potential to study quantum-classical transition via macroscopic quantum tunneling
New perspectives on the quantum behavior of long-range spin systems
Abstract
Quantum characteristics of the Topological Non-connectivity Threshold (TNT), introduced in F.Borgonovi, G.L.Celardo, M.Maianti, E.Pedersoli, J. Stat. Phys., 116, 516 (2004), have been analyzed in the hard quantum regime. New interesting perspectives in term of the possibility to study the intriguing quantum-classical transition through Macroscopic Quantum Tunneling have been addressed.
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