Latest Articles for Theoretical Models

Research on charmed hypernuclei sheds light on nuclear stability and particle interactions.

A detailed look at beta functions in physics and their role in quartic interactions.

Exploring the relationship between gravitational waves and dark matter through advanced models.

This article explores tensor reduction techniques for simplifying complex Feynman integrals in particle physics.

Exploring electron interactions and their impact on superconductivity through the Hubbard model.

Exploring quantum geometry's role in one-dimensional periodically driven systems.

Examining new models and experiments in particle physics beyond the Higgs boson.

Exploring the significance of lepton number violation and neutrinoless double beta decay in particle physics.

Scientists study quantum spin liquids for insights into advanced technology.

Recent findings reveal complex behaviors of protons in heavy-ion collisions.

This article explores how mesons interact with atomic nuclei and their implications.

Exploring the significance of octupole deformation in atomic nuclei for physics.

Studying double and triple Higgs production reveals essential details about the early universe.

A fresh method improves analysis of Higgs bosons in particle physics.

This article reviews the role of topological defect lines in quantum physics.

A look into how particles react during photoproduction and their complexities.

Researching gravitational form factors reveals insights into nucleons' internal components.

A look into fractional quantum Hall states in graphene and their implications.

Examining limits on parameters in effective field theories and their implications.

Research into scalar unparticles using muon colliders offers new insights into particle interactions.

A look at nucleons and their role in forming matter.

Investigating QCD phases through innovative models to understand confinement and deconfinement.

Researchers study how jets behave in high-energy nuclear collisions and their interactions.

Examining the impact of bubble walls on phase transitions and gravitational waves.

New experimental techniques enhance insights into scalar meson properties via photoproduction.

This article discusses advancements in understanding nucleon interactions in nuclear physics.

An examination of causality in quantum physics based on Bell's theorem.

Exploring quarks and their interactions under extreme conditions in neutron stars.

This article explores the significance and implications of neutral triple gauge couplings.

Investigating a theoretical model for dark matter involving singlet-doublet fermions.

A study on modifying random matrix models in Quantum Chromodynamics for high-density conditions.

Researching semileptonic decays provides essential knowledge about quark interactions and fundamental forces.

Researchers are using Josephson junction arrays to simulate complex quantum systems.

Research on hadron interactions reveals key insights into particle behavior and fundamental forces.

B mesons hold keys to fundamental forces and physics beyond the Standard Model.

This research investigates how mesons change in nuclear matter during proton collisions.

Exploring the impact of the Chern-Simons term on cosmic inflation dynamics.

Exploring how the Hartree-Fock method reveals electron interactions in materials.

Investigating the arrangement of neutrons and protons in atomic nuclei.

Examining the role and interactions of spin-3/2 particles in theoretical frameworks.