Abstract Exact Heisenberg operator solutions for independent 'sinusoidal coordinates' as many as the degree of freedom are derived for typical exactly solvable multi-particle quantum mechanical systems, the Calogero systems based on any root system. These Heisenberg operator solutions also present the explicit forms of the annihilation-creation operators for various quanta in the interacting multi-particle systems. At the same time they can be interpreted as multi-variable generalisation of the three term recursion relations for multi-variable orthogonal polynomials constituting the eigenfunctions
We consider the quantum Calogero model, which describes N non-distinguishable quantum particles on t...
A mathematical procedure to derive in a systematic manner exact quantum mechanical Hamiltonians for ...
Multi-time wavefunctions are of particular interest in relativistic quantum mechanics. A multitime w...
Exact Heisenberg operator solutions for independent “sinusoidal coordinates” as many as the degree o...
AbstractThe annihilation–creation operators of the harmonic oscillator, the basic and most important...
The annihilation-creation operators a((+/-)) are defined as the positive/negative frequency parts of...
A comprehensive review of exactly solvable quantum mechanics is presented with the emphasis of the r...
Various examples of exactly solvable ‘discrete’ quantum mechanics are explored explicitly with empha...
The equilibrium positions of the multi-particle classical Calogero-Sutherland-Moser (CSM) systems wi...
The annihilation-creation operators $a^{(\pm)}$ are defined as the positive/negative frequency parts...
The annihilation–creation operators of the harmonic oscillator, the basic and most important tools i...
AbstractInfinite families of multi-indexed orthogonal polynomials are discovered as the solutions of...
Certain aspects of the integrability/solvability of the Calogero-Sutherland-Moser systems and the Ru...
We illustrate the possibility to describe quantum mechanical systems by using wavefunctions ψ (q p) ...
This thesis is devoted to the study of various examples of exactly solved quantum many-body systems ...
We consider the quantum Calogero model, which describes N non-distinguishable quantum particles on t...
A mathematical procedure to derive in a systematic manner exact quantum mechanical Hamiltonians for ...
Multi-time wavefunctions are of particular interest in relativistic quantum mechanics. A multitime w...
Exact Heisenberg operator solutions for independent “sinusoidal coordinates” as many as the degree o...
AbstractThe annihilation–creation operators of the harmonic oscillator, the basic and most important...
The annihilation-creation operators a((+/-)) are defined as the positive/negative frequency parts of...
A comprehensive review of exactly solvable quantum mechanics is presented with the emphasis of the r...
Various examples of exactly solvable ‘discrete’ quantum mechanics are explored explicitly with empha...
The equilibrium positions of the multi-particle classical Calogero-Sutherland-Moser (CSM) systems wi...
The annihilation-creation operators $a^{(\pm)}$ are defined as the positive/negative frequency parts...
The annihilation–creation operators of the harmonic oscillator, the basic and most important tools i...
AbstractInfinite families of multi-indexed orthogonal polynomials are discovered as the solutions of...
Certain aspects of the integrability/solvability of the Calogero-Sutherland-Moser systems and the Ru...
We illustrate the possibility to describe quantum mechanical systems by using wavefunctions ψ (q p) ...
This thesis is devoted to the study of various examples of exactly solved quantum many-body systems ...
We consider the quantum Calogero model, which describes N non-distinguishable quantum particles on t...
A mathematical procedure to derive in a systematic manner exact quantum mechanical Hamiltonians for ...
Multi-time wavefunctions are of particular interest in relativistic quantum mechanics. A multitime w...