Add to ORKGAbstract. The non-Hermitian Hamiltonians are discussed for the case of Wood-Saxon and Morse potential. Possible generalization of our approach is outlined. PACS number: 03.65.-w; 03.65.Db; 03.65 Ge
We discuss Hamiltonian symmetries and invariants for quantum systems driven by non-Hermitian Hamilto...
We provide time-evolution operators, gauge transformations and a perturbative treatment for non-Herm...
Excited bound states are often understood within scattering-based theories as resulting from the col...
The non Hermitian Hamiltonian is solved for the two quasi-exactly solvable potential by using gauge-...
A possible method to investigate non-Hermitian Hamiltonians is suggested through finding a Hermitian...
We show that similarity (or equivalent) transformations enable one to construct non-Hermitian operat...
A possible method to investigate non-Hermitian Hamiltonians is suggested through finding a Hermitian...
We provide time-evolution operators, gauge transformations and a perturbative treatment for non-Herm...
We provide a reviewlike introduction into the quantum mechanical formalism related to non-Hermitian ...
The family of metric operators, constructed by Musumbu et al (2007 J. Phys. A: Math. Theor. 40 F75),...
We review non-Hermitian Hamiltonians following Mostafazadeh, while expanding on the underlying mathe...
We present an evaluation of some recent attempts to understand the role of pseudo-Hermitian and PT-s...
We discuss Hamiltonian symmetries and invariants for quantum systems driven by non-Hermitian Hamilto...
In this work we intend to study a class of time-dependent quantum systems with non-Hermitian Hamilto...
15 pages, 2 figuresWe note that, though nonanticommutative (NAC) deformations of Minkowski supersymm...
We discuss Hamiltonian symmetries and invariants for quantum systems driven by non-Hermitian Hamilto...
We provide time-evolution operators, gauge transformations and a perturbative treatment for non-Herm...
Excited bound states are often understood within scattering-based theories as resulting from the col...
The non Hermitian Hamiltonian is solved for the two quasi-exactly solvable potential by using gauge-...
A possible method to investigate non-Hermitian Hamiltonians is suggested through finding a Hermitian...
We show that similarity (or equivalent) transformations enable one to construct non-Hermitian operat...
A possible method to investigate non-Hermitian Hamiltonians is suggested through finding a Hermitian...
We provide time-evolution operators, gauge transformations and a perturbative treatment for non-Herm...
We provide a reviewlike introduction into the quantum mechanical formalism related to non-Hermitian ...
The family of metric operators, constructed by Musumbu et al (2007 J. Phys. A: Math. Theor. 40 F75),...
We review non-Hermitian Hamiltonians following Mostafazadeh, while expanding on the underlying mathe...
We present an evaluation of some recent attempts to understand the role of pseudo-Hermitian and PT-s...
We discuss Hamiltonian symmetries and invariants for quantum systems driven by non-Hermitian Hamilto...
In this work we intend to study a class of time-dependent quantum systems with non-Hermitian Hamilto...
15 pages, 2 figuresWe note that, though nonanticommutative (NAC) deformations of Minkowski supersymm...
We discuss Hamiltonian symmetries and invariants for quantum systems driven by non-Hermitian Hamilto...
We provide time-evolution operators, gauge transformations and a perturbative treatment for non-Herm...
Excited bound states are often understood within scattering-based theories as resulting from the col...