Latest Articles for Theoretical Physics

Exploring the unique properties of continuous spin particles and their implications in physics.

This article examines 4-derivative scalar field theory and its key features.

Unraveling the secrets of neutrinos and their role in the universe.

Researchers study lepton flavor violation to find new physics beyond the Standard Model.

A closer look at one-loop corrections in the SYK model and its implications.

Examining how external influences interact with the quantum vacuum to create particles.

Studying how non-metricity affects black hole oscillations and gravitational waves.

This article reviews renormalization and operator mixing in quantum field theories.

Exploring connections between Carrollian CFTs and theories of gravity.

New insights may reshape the understanding of black holes and their interactions.

Exploring the relationship between dark matter and cosmic inflation in the universe.

Exploring the link between disorder and new phases in quantum systems.

A study on the links between SCFTs and integrable models through difference operators.

A guide to understanding anyon condensation in quantum systems.

This article discusses F-theory's role in unifying fundamental forces and analyzing particle behavior.

A new method enhances understanding of complex spin chains in quantum mechanics.

Investigating fields in non-commutative spaces enhances our understanding of physics.

An overview of toric geometry and the OSCAR tool for researchers.

Examining the behavior of short operators in theoretical physics under strong coupling conditions.

Analyzing particle interactions in the bosonic Thirring model within Minkowski spacetime.

A look into how gravity and space-time interact through Einstein-Aether theory.

Scientists study ultracold atoms' interactions in unique ring traps and their implications.

Uncovering the properties and searches for dark matter through simplified models.

An overview of gauge theories, their significance, and their connection to fundamental forces.

Exploring cycle matrices and their significance in algebra and the Yang-Baxter equation.

Researchers redefine quantum criticality through geometry and competition between factors.

Examining the connection between black holes and string theory concepts.

Exploring the link between dark energy, black holes, and Lovelock gravity.

Research highlights role of left-hand cuts in understanding exotic particles.

Exploring the time constraints on quantum system transitions.

An overview of two-loop diagrams and their significance in quantum field theory.

Chiral gauge theories explain interactions of particles through their properties and behaviors.

Examining the role of families analytic index in Euclidean field theories.

Research on axions sheds light on particle physics and dark matter candidates.

Analyzing the properties of D0 brane black holes in response to temperature and perturbations.

Exploring the role of dynamic gauge fields in holographic physics and complex systems.

Research reveals unexpected behaviors in electron-hole pairs in quantum Hall bilayers.

Researchers break down complex nucleon interactions using Effective Field Theories.

Kaluza-Klein states could reveal hidden dimensions beyond our current understanding of physics.

Research reveals how extra dimensions influence fermion types in theoretical physics.