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Pure Gravities via Color-Kinematics Duality for Fundamental Matter · Around

2014

Pure Gravities via Color-Kinematics Duality for Fundamental Matter

Johansson, Henrik, Ochirov, Alexander

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We give a prescription for the computation of loop-level scattering amplitudes in pure Einstein gravity, and four-dimensional pure supergravities, using the color-kinematics duality.

Amplitudes are constructed using double copies of pure (super-)Yang-Mills parts and additional contributions from double copies of fundamental matter, which are treated as ghosts.
The opposite-statistics states cancel the unwanted dilaton and axion in the bosonic theory, as well as the extra matter supermultiplets in supergravities.
As a spinoff, we obtain a prescription for obtaining amplitudes in supergravities with arbitrary non-self-interacting matter.

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