1986Physical Review LettersOpen access

Quantum Instability of de Sitter Space

I. Antoniadis, J. Iliopoulos, T.N. Tomaras

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Abstract

The graviton propagator in a de Sitter background is found to be divergent. We show that as a consequence of this divergence, de Sitter space is not a solution of the equations of motion of the complete theory. If we start from de Sitter space as a classical ground state, quantum corrections change it into flat Minkowski space.

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The graviton propagator in a de Sitter background is found to be divergent. We show that as a consequence of this divergence, de Sitter space is not a solution of the equations of motion of the complete theory. If we start from de Sitter space as a classical ground state, quantum corrections change it into flat Minkowski space.

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The graviton propagator in a de Sitter background is found to be divergent. We show that as a consequence of this divergence, de Sitter space is not a solution of the equations of motion of the complete theory. If we start from de Sitter space as a classical ground state, quantum corrections change it into flat Minkowski space.

Key concepts: De Sitter space, de Sitter invariant special relativity, Physics, Minkowski space, De Sitter universe, Graviton, Anti-de Sitter space, de Sitter–Schwarzschild metric

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