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The quantum relativistic two-body bound state. I. The spectrum
R. Arshansky
*
,
L. P. Horwitz
*
Corresponding author for this work
School of Physics and Astronomy
Tel Aviv University
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peer-review
71
Scopus citations
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Keyphrases
Wave Function
100%
Non-relativistic
100%
Mass Spectra
100%
Bound States
100%
Two-body
100%
Space-like
100%
Differential Equations
50%
Succeeding
50%
Quantum Theory
50%
Bounded below
50%
Schrödinger Equation
50%
Coulomb
50%
Eigenfunctions
50%
Harmonic Oscillator
50%
Symmetric Potential
50%
Particle Mass
50%
Lorentz Group
50%
Covenant
50%
Invariant Subspace
50%
Radial Part
50%
Induced Representation
50%
Relativistic Bound States
50%
Square Well
50%
Two-body System
50%
Little Group
50%
Ground State Mass
50%
Mathematics
wavefunction ψ
100%
Bound State
100%
Spacelike
100%
Differential Equation
50%
Lorentz Group
50%
Little Group
50%
Radial Part
50%
Ground State
50%
Harmonic Oscillator
50%
Schr Dinger Equation
50%
Eigenvector
50%
Physics
Wave Function
100%
Mass Spectrum
100%
Operators (Mathematics)
50%
Particle Mass
50%
Square Wells
50%
Ground State
50%
Quantum Theory
50%
Harmonic Oscillator
50%