The classical double copy

Update: 2016-07-06

Description

The BCJ double copy relating perturbative scattering amplitudes in Yang-Mills and gravity theories has received a great deal of attention, and hints at a deeper, nonperturbative, relationship. This talk will review recent work on relating exact classical solutions in Yang-Mills theory and gravity, including familiar black holes as special cases. Furthermore, by considering radiating particles, I will provide strong evidence that this classical double copy is directly related to the BCJ story for amplitudes.

Comments

In Channel

tba

2016-07-1901:13:00

Soft Black Hole Hair

2016-07-1901:01:00

Memory Effects

2016-07-1901:01:00

Perturbative gauge theory and gravity with cosmological constant

2016-07-1801:02:00

Ambitwistors and strings in 4 dimensions

2016-07-1801:05:00

Landau Singularities and Cluster Structure in Scattering Amplitudes

2016-07-1801:17:00

7D lift of 4D gravity

2016-07-1858:19

4D gravity via connections

2016-07-1801:11:00

Connection 3D gravity and its 6D interpretation

2016-07-1854:32

Null Infinity

2016-07-1801:02:00

Universality in string interactions

2016-07-0601:08:00

Two-loop Integrands from the Riemann Sphere

2016-07-0601:16:00

On the null string origin of the ambitwistor string

2016-07-0601:03:00

Singularity structure of gravity amplitudes

2016-07-0657:17

Untwisting the pure spinor formalism

2016-07-0601:03:00

The classical double copy

2016-07-0601:01:00

Color-kinematics duality for QCD and pure gravities

2016-07-0659:27

One Loop Integrands for Scattering Amplitudes from the Riemann Sphere

2016-07-0601:05:00

Solving the Scattering Equations

2016-07-0601:00:00

String Theory, Scattering Equations and Analytic Gluon Amplitudes

2016-07-0654:33

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#box-pro-ellipsis-175743904135636{-webkit-line-clamp:2;}The classical double copy

The classical double copy

Vincenzo Abete

The classical double copy