Name: JUGAR II Workshop on Quantum Gravity, QFT in curved backgrounds, Gravitational Waves and Cosmology
Start: 2024-12-03T09:10:00+01:00
End: 2024-12-05T19:30:00+01:00
Location: Instituto de Estructura de la Materia (IEM-CSIC)

Accessing graph-changing dynamics in (canonical) loop quantum gravity

Analytical study of cosmological perturbations in the preinflationary era

Background-dependent coupling for detecting a massive scalar field in de Sitter

Bridging the gap between extreme and comparable mass ratios in black- hole binaries

Choice of vacuum state and power supression in the primordial power spectrum

Comparing analytic and numerical studies of tensor perturbations in LQC

Complete sets of invariant fields in gauge theories and gravity from purely virtual particles

Cosmological acceleration from quantum gravity

Deforming (almost) black holes from the inside and from the outside

Emerging (and overlapping) field theory degrees-of-freedom from random Hamiltonians - an origin of holography?

Fundamental Physics with LISA: Opportunities and Challenges

Funny aspects of black hole spacetimes

Gravitational waves and primordial black holes

Hidden Symmetries in Black Hole Binaries: an Integrability Perspective

Imminent test of quantum gravity with gravitational waves

Loop quantization of Bianchi I model: Lorentzian term and inverse triad

Loop Quantum Cosmology and the trans-Planckian problem

Multi-messenger astronomy with current and future gravitational-wave facilities

Perturbative gauge-invariants in the Schwarzschild interior for hybrid quantization

Primordial black hole remnants as dark matter

Quantum superradiance in charged black holes

Regular black holes and their relationship to polymerised models

Some ideas around gravitational collapse beyond General Relativity

Towards probing entangled pairs in BEC analogue expanding universes

Underdetermination towards the Planck scale

Weyl symmetry and symmetry breaking

‎Light does not dress in black

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JUGAR II Workshop on Quantum Gravity, QFT in curved backgrounds, Gravitational Waves and Cosmology