Proof of the classical soft graviton theorem in D= 4
A bstract Classical subleading soft graviton theorem in four space-time dimensions
determines the gravitational wave-form at late and early retarded time, generated during a
scattering or explosion, in terms of the four momenta of the ingoing and outgoing objects.
This result was 'derived'earlier by taking the classical limit of the quantum soft graviton
theorem, and making some assumptions about how to deal with the infrared divergences of
the soft factor. In this paper we give a direct proof of this result by analyzing the classical …
determines the gravitational wave-form at late and early retarded time, generated during a
scattering or explosion, in terms of the four momenta of the ingoing and outgoing objects.
This result was 'derived'earlier by taking the classical limit of the quantum soft graviton
theorem, and making some assumptions about how to deal with the infrared divergences of
the soft factor. In this paper we give a direct proof of this result by analyzing the classical …
Proof of the Classical Soft Graviton Theorem in D= 4
A Priya Saha, B Sahoo, A Sen - arXiv e-prints, 2019 - ui.adsabs.harvard.edu
Classical subleading soft graviton theorem in four space-time dimensions determines the
gravitational wave-form at late and early retarded time, generated during a scattering or
explosion, in terms of the four momenta of the ingoing and outgoing objects. This result
wasderived'earlier by taking the classical limit of the quantum soft graviton theorem, and
making some assumptions about how to deal with the infrared divergences of the soft factor.
In this paper we give a direct proof of this result by analyzing the classical equations of …
gravitational wave-form at late and early retarded time, generated during a scattering or
explosion, in terms of the four momenta of the ingoing and outgoing objects. This result
wasderived'earlier by taking the classical limit of the quantum soft graviton theorem, and
making some assumptions about how to deal with the infrared divergences of the soft factor.
In this paper we give a direct proof of this result by analyzing the classical equations of …
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