Classical effective action of dilaton gravity and the double copy

  • 46 views

  • 0 favorites

  • uploaded March 1, 2022

Jan Plefka (Humboldt University Berlin),

Kolleg Mathematik Physik Berlin, 2019

Tags:
Categories: Astroparticle Physics
Date of recording: 2019-11-19
Presenter:

Jan Plefka


More Media in "Astroparticle Physics"

thumbnail of medium Inauguration | New CTAO SDMC building
Inauguration | New CTAO SDMC building
thumbnail of medium Observational cosmology - Dr. Jochen Liske
Observational cosmology - Dr. Jochen Liske
thumbnail of medium Multi messenger Astroparticle physics - Dr. Francesca Calore
Multi messenger Astroparticle physics - Dr. Francesca Calore
thumbnail of medium APPEC Town Meeting Berlin 2022 - Part 3
APPEC Town Meeting Berlin 2022 - Part 3
thumbnail of medium APPEC Town Meeting Berlin 2022 - Part 2
APPEC Town Meeting Berlin 2022 - Part 2
thumbnail of medium APPEC Town Meeting Berlin 2022 - Part 1
APPEC Town Meeting Berlin 2022 - Part 1
thumbnail of medium Laying of the foundation stone | New building CTA SDMC and canteen
Laying of the foundation stone | New building CTA SDMC and canteen
thumbnail of medium Grundsteinlegung | Neubau CTA SDMC und Kantine
Grundsteinlegung | Neubau CTA SDMC und Kantine
thumbnail of medium Analytic Integration Methods for Master Integrals in QFT
Analytic Integration Methods for Master Integrals in QFT
thumbnail of medium Gravitational scattering and radiation in the eikonal approach
Gravitational scattering and radiation in the eikonal approach
thumbnail of medium Spinning black holes versus quantum higher-spin particles
Spinning black holes versus quantum higher-spin particles
thumbnail of medium Feynman integrals: from collisions to intersections
Feynman integrals: from collisions to intersections
thumbnail of medium Binary Black Holes and Gluon Scattering Amplitudes
Binary Black Holes and Gluon Scattering Amplitudes
thumbnail of medium Gravitational scattering/radiation in/from transplanckian-energy collisions
Gravitational scattering/radiation in/from transplanckian-energy collisions
thumbnail of medium Field theory for gravity at all scales
Field theory for gravity at all scales
thumbnail of medium Approaches to classical spins and their gravitomagnetic interaction
Approaches to classical spins and their gravitomagnetic interaction
thumbnail of medium Amplitudes for Classical Solutions
Amplitudes for Classical Solutions
thumbnail of medium Simplifying PerturbativeGravity
Simplifying PerturbativeGravity
thumbnail of medium From theory to astrophysics: Observing the first colliding compact objects
From theory to astrophysics: Observing the first colliding compact objects
thumbnail of medium Numerical-relativity simulations of compact object binaries
Numerical-relativity simulations of compact object binaries
thumbnail of medium Applications of the ADM formalism to the relativistic two-body problem
Applications of the ADM formalism to the relativistic two-body problem
thumbnail of medium Classical effective action of dilaton gravity and the double copy
Classical effective action of dilaton gravity and the double copy
thumbnail of medium POST-NEWTONIAN MOTION AND RADIATIONOF COMPACT BINARY SYSTEMS
POST-NEWTONIAN MOTION AND RADIATIONOF COMPACT BINARY SYSTEMS
thumbnail of medium PN, PM, MPM, EOB, SF, EFT, ACV, BCJ, BCRSSZ and All That
PN, PM, MPM, EOB, SF, EFT, ACV, BCJ, BCRSSZ and All That
thumbnail of medium Spin holonomy and scattering angle in a PM approximation
Spin holonomy and scattering angle in a PM approximation
thumbnail of medium 4PN conservative dynamics in the EFT approach
4PN conservative dynamics in the EFT approach
thumbnail of medium From Boundary Data to Bound States
From Boundary Data to Bound States
thumbnail of medium Towards 5PN accuracy in Non Relativistic General Relativity
Towards 5PN accuracy in Non Relativistic General Relativity
thumbnail of medium The interaction potential between point masses at the fifth Post-Newtonian order
The interaction potential between point masses at the fifth Post-Newtonian order
thumbnail of medium Abenteuer Astroteilchenphysik - Energiereiche Teilchen aus dem Kosmos
Abenteuer Astroteilchenphysik - Energiereiche Teilchen aus dem Kosmos
thumbnail of medium PeV Cosmic Ray Acceleration in the Supernova Post Breakout Expansion Phase: Kinetic-magnetohydrodynamic Simulations
PeV Cosmic Ray Acceleration in the Supernova Post Breakout Expansion Phase: Kinetic-magnetohydrodynamic Simulations