Exterior stability of Minkowski spacetime for the Einstein-Yang-Mills system in the Lorenz gauge is claimed for small data, with a proof outline built on a null frame decomposition.
Decay of solutions to the Maxwell equation on the Schwarzschild background
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abstract
A new Morawetz or integrated local energy decay estimate for Maxwell test fields on the exterior of a Schwarzschild black hole spacetime is proved. The proof makes use of a new superenergy tensor $H_{ab}$ defined in terms of the Maxwell field and its first derivatives. The superenergy tensor, although not conserved, yields a conserved higher order energy current $H_{ab} (\partial_t)^b$. The tensor $H_{ab}$ vanishes for the static Coulomb field, and the Morawetz estimate proved here therefore yields integrated decay for the Maxwell field to the Coulomb solution on the Schwarzschild exterior.
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Overview of the proof of the exterior stability of the $(1+3)$-Minkowski space-time governed by the Einstein-Yang-Mills system in the Lorenz gauge
Exterior stability of Minkowski spacetime for the Einstein-Yang-Mills system in the Lorenz gauge is claimed for small data, with a proof outline built on a null frame decomposition.