Latest Articles for Theoretical Physics

This article examines mirror symmetry in 4D SCFTs and related concepts.

Researchers examine chiral spin liquids and their potential in quantum technologies.

Exploring the complexities of heterotic T-folds and their implications in string theory.

A look at black hole thermodynamics and its key frameworks.

New equations improve our understanding of how stars form and evolve.

Recent studies improve heavy flavor corrections in deep inelastic scattering for better predictions.

Exploring how new physics may affect CP violation in quark behavior.

Analyzing Higgs boson production via heavy quark interactions in particle collisions.

Exploring the significance of low-frequency gravitons in the early universe.

A study on the thermodynamic properties of black holes influenced by cosmic strings.

Explore the SYK model’s implications for quantum gravity and particle interactions.

This article examines the relationship between Dyck paths and Fibonacci anyons in quantum computing.

A look into effective field theory and symmetry breaking in non-equilibrium systems.

Exploring the Ellis wormhole and its significance in modified gravity theories.

This study examines the evaporation process of black holes and its impact on information.

Recent findings suggest a connection between cosmic strings, dark matter, and gravitational waves.

Researchers detail methods for constructing initial data of binary boson stars.

A study of black holes using string theory to tackle singularities.

New techniques improve detection of faint gravitational waves from eccentric orbits.

Explore the concepts of effective potential and conformal symmetry in theoretical physics.

Recent experiments are challenging our understanding of particle physics through muon g-2 measurements.

Research connects gravity and field theories in non-relativistic holography, revealing significant symmetries.

Research reveals connections between scattering amplitudes and geometric structures.

Analyzing how the Higgs field interacts with gravitational instantons and geometrical structures.

This article examines how universality connects various systems across disciplines.

This article discusses a model for understanding particle interactions at various energy levels.

Scientists study BMSFTs to understand gravity and black holes within our universe.

Exploring advanced concepts in particle physics with a focus on calorons and monopoles.

A look into the complexities of nonlinear Yang-Mills black holes and their properties.

Examining the effects of acceleration on quantum entanglement and reflected entropy.

Unraveling the mysteries of Hawking radiation and superradiance.

Examining the stability of FLRW models under disturbances in astrophysics.

Examining how spatial infinity influences our understanding of the universe in general relativity.

Exploring nontopological solitons and their implications in modern physics.

Explores the complex nature of dark energy and dark matter in our universe.

This article discusses Dirac operators and their connection to Seiberg-Witten equations.

LIDA aims to detect axions, shedding light on dark matter mysteries.

Scientists examine how wedge holography and Yang-Baxter deformation shed light on black holes.

A study explores finding leptophobic particles using advanced techniques.

Study of chaotic behavior in a charged SYK model with unique boundary conditions.