Latest Articles for Quantum Gravity

This study examines non-simple loops in the conformal loop ensemble.

Exploring the effects of vacuum decay in gravitational contexts.

Exploring framed DDF operators enhances our grasp of string theory and its implications.

Exploring how machine learning can analyze effective field theories in physics.

An overview of black holes, their entropy, and the laws of thermodynamics.

A closer look at the bulk Hilbert space and its implications for black holes.

This article examines the stability features of scalarized black holes.

Researchers study tensor models and group field theories to unravel quantum gravity.

Research identifies models in six-dimensional supergravity that avoid anomalies.

This study examines black hole behavior using an effective field theory approach.

This article discusses how matrix models aid in grasping open-closed string duality.

Explore the role of Calabi-Yau manifolds in theoretical physics and string theory.

Examining the links between holographic scattering and entanglement through conical defects and BTZ black holes.

Exploring the relationship between Weak Gravity and Cosmic Censorship Conjectures in black holes.

Exploring the relationship between Finsler geometry and higher-spin fields in theoretical physics.

This article examines black-bounce solutions and their intriguing characteristics in black hole physics.

This article explores unique aspects of marked moduli spaces and their implications for quantum gravity.

A look into the interplay of braneworlds, wormholes, and cosmic structures.

Examining the connection between TQFT gravity and boundary CFTs.

A fresh approach to understanding the universe's beginnings through Bianchi spacetimes.

Explore how boundaries affect string behavior and the significance of the dilaton.

Exploring gravity through heterotic string theory and the distance conjecture.

Examining non-Hermitian transition matrices and their impact on quantum systems.

Exploring axions and their role in the mysteries of particle physics.

An overview of black holes and their intriguing properties.

An overview of thermodynamics relating to black holes and the universe's horizons.

New algorithms improve calculations in spin foam models for quantum gravity.

A new approach to understanding mass near black holes and trapped surfaces.

A new perspective on dark matter through axion relic pockets.

A new method for assessing distances between vacua in quantum gravity using domain wall tension.

An examination of gravitational path integrals and their implications on theories of space and time.

An overview of M-branes, minimal surfaces, and their complex geometrical structures.

Examining universe expansion phases and the implications of the Trans-Planckian Censorship Conjecture.

A look into how spinning fields impact our understanding of gravity.

Exploring how de Sitter spacetime could arise from anti de Sitter spacetime.

Research reveals new insights into gravitational waves and their connection to black holes.

Research connects dark energy and black holes using effective field theory and perturbations.

A look into string amplitudes and their role in theoretical physics.

Research connects Weil-Petersson volumes with quantum gravity and algebraic geometry.

Researchers explore the possibility of de Sitter solutions in string theory.