Name: Quantum and classical fields interacting with geometry, Paris
Start: 2024-03-18T08:30:00+01:00
End: 2024-04-26T21:30:00+02:00
Location: Institut Henri Poincaré

A spin correction to Coulomb interaction based on Kerr-Newmann solution

An analogue of non-interacting quantum field theory in Riemannian signature (dans la session "Junior talks")

An Introduction to Quantum Fields and Local Measurements

Anti-de Sitter space interacting with quantum fields

Asymptotic symmetries and log soft theorems in gauge theories and gravity

Asymptotics of Dynamical Spacetimes and Radiation

Black Holes Decohere Quantum Superpositions

Bounds for the local entropy

Burnett's conjecture in General Relativity

Carrollian amplitudes in flat space holography

Classical superselection sectors, memory and soft symmetries from Hamiltonian reduction by stages in gauge theory

Conformal Kähler geometry and non-vacuum gravitational instantons

Double copy and soft limits in (A)dS

Estimates for rough wave maps on the Einstein cylinder via Peter—Weyl theory

Functional Renormalization and the Nash-Moser theorem (dans la session "Junior talks")

Gluing variation

Horizon-horizon scattering and black hole thermodynamics

Imaginary Liouville conformal field theory

Interplay between Stochastic Partial Differential Equations and Quantum Field Theory on Curved Backgrounds

Kaluza-Klein theories without a priori fibration hypotheses

Leading-order term expansion for the Teukolsky equation on subextremal Kerr black holes

Local covariance in Epstein-Glaser renormalisation

Local measurement theory for quantum fields

Metric reconstruction

Microlocal analysis near null infinity on asymptotically flat spacetimes

Mini-course: A primer on celestial holography

Mini-course: Constructive Quantum Field Theory on manifolds

Mini-course: Geometry of Killing horizons and applications to black hole physics

Mini-course: Linear waves and spectral theory

Mini-course: Quantum Field Theory on black hole spacetimes

Modular Theory: How and Why

New proposal for Lorentzian renormalisation group flow equations on curved spacetimes

Non-minimal coupling, negative null energy, and effective field theory

Null Infinity Is a Weakly Isolated Horizon!

On attempts and progresses towards proving the de Sitter no hair theorem using mean curvature flow

On the Feynman propagator on curved spacetimes

Progress on the definition of asymptotically flat and de Sitter spacetimes

Quantum fields on rotating black holes

Scattering for wave equations with sources and slowly decaying data

Scattering on self-dual black holes

Secular growths and their relation to Equilibrium states in perturbative Quantum Field Theories

Semiclassical effects inside black holes

Sheaves for spacetime

Simplifying harmonic gauge perturbations around black holes

Stability of spacetimes with supersymmetric compactifications

String-localized quantum field theory - some ideas and perspectives

TBA

The Calderón and nonlinear scattering problems for wave equations

The Euclidean vacuum state for linearized gravity on de Sitter spacetime

The Klein—Gordon equation on asymptotically flat spacetimes

The nonlinear stability of slowly rotating black holes

The renormalized volume of 3-dimensional hyperbolic manifolds

The second law of black hole mechanics in effective field theory

The timelike tube theorem and analytic vectors in QFT

Wave propagators and traces on singular spaces

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Quantum and classical fields interacting with geometry, Paris

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