A (1+3) Relativistic Harmonic Oscillator Simulated by an Anti-de Sitter Background
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It is shown that a static $(1+3)$ anti-de Sitter metric defines, in a natural way, a relativistic harmonic oscillator in Minkowski space. The quantum theory can be solved exactly and leads to wave functions having a significantly different behaviour with respect to the non-relativistic ones. The energy spectrum coincides, up to the ground state energy, with that of the non-relativistic oscillator.
12 pages, plain Latex, needs amssymb.sty. FTUV/94-27, IFIC/94-24, hep-th/9406001
12 pages, plain Latex, needs amssymb.sty. FTUV/94-27, IFIC/94-24, hep-th/9406001