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2017

Massive gravitons in arbitrary spacetimes

Mazuet, Charles, Volkov, Mikhail S.

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We present two different versions of the consistent theory of massive gravitons in arbitrary spacetimes which are simple enough for practical applications.

The theory is described by a non-symmetric rank-2 tensor whose equations of motion imply six algebraic and five differential constraints reducing the number of independent components to five.
The theory reproduces the standard description of massive gravitons in Einstein spaces.
In generic spacetimes it does not show the massless limit and always propagates five degrees of freedom, even for the vanishing mass parameter.

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