2023
DOI: 10.1140/epjp/s13360-023-03683-1
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Impact of asymmetry of Razavy-type coupled well system and static electric field on the time-dynamical studies of entanglement

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Cited by 4 publications
(1 citation statement)
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“…Among the well-known DWP models are the symmetric-hyperbolic DWP including the Razavy bistable potential (RBP) which successfully described molecular torsion oscillations with đť‘› and 2đť‘›-fold resistance [11], the Konwent potential which successfully modeled nucleons in the nucleus [12], and the double sinh Gordon (DSHG) potential which was applied to sink and anti-sink calculations in thermodynamics [13]. Nowadays, hyperbolic DWPs are used to investigate the electrical and optical properties in semi conductor by investigating the role of structure parameters [14][15][16], applied external fields [17][18][19][20] and applied magnetic fields [21]. Despite having many possible applications, the solutions of symmetric-hyperbolic DWP are not complete, where quasi-exact solvable (QES) of the eigen-energies and eigenfunctions have been obtained for some limited lowest states only [11][12][13]22].…”
Section: Introductionmentioning
confidence: 99%
“…Among the well-known DWP models are the symmetric-hyperbolic DWP including the Razavy bistable potential (RBP) which successfully described molecular torsion oscillations with đť‘› and 2đť‘›-fold resistance [11], the Konwent potential which successfully modeled nucleons in the nucleus [12], and the double sinh Gordon (DSHG) potential which was applied to sink and anti-sink calculations in thermodynamics [13]. Nowadays, hyperbolic DWPs are used to investigate the electrical and optical properties in semi conductor by investigating the role of structure parameters [14][15][16], applied external fields [17][18][19][20] and applied magnetic fields [21]. Despite having many possible applications, the solutions of symmetric-hyperbolic DWP are not complete, where quasi-exact solvable (QES) of the eigen-energies and eigenfunctions have been obtained for some limited lowest states only [11][12][13]22].…”
Section: Introductionmentioning
confidence: 99%