Latest Articles for Theoretical Models

An overview of Grand Unified Theories and their implications in particle physics.

Exploring theoretical models to analyze properties of two-dimensional materials like graphene.

This article explores the role of seniority in nuclear interactions and recent findings.

Recent models enhance our understanding of neutrino mass and behavior.

Researching the coexistence of dark matter types offers new insights into cosmic structures.

Exploring the weak decays of heavy mesons into baryon pairs.

Learn about rare beta decay processes and their significance in nuclear physics.

Scientists investigate dark photons to uncover universe's mysteries.

A detailed look into the 331 model and its implications for quark interactions.

MATHUSLA aims to reveal dark matter and its elusive long-lived particles.

Research uncovers new energy states in potassium isotope K-40, challenging existing models.

Exploring charmonium decays reveals key information about particle interactions.

Explore the braneworld model and its implications for our universe.

A simplified overview of three-body scattering and its significance in physics.

A new model offers insights into neutrinos and lepton behavior.

A look at the X(3872) and its connection to meson interactions.

Scientists study semileptonic decays to test theories and look for new phenomena.

Examining how scalar fields influence weak interactions in baryon decays.

Examining how boundary magnetic fields influence quantum spin systems.

Scientists use the KrkNLO method for precise predictions in particle collisions.

Research investigates how electron spins affect helium-4 scattering results.

Recent research enhances calculations related to electroweak vector bosons in particle physics.

Research reveals insights into gluon distributions within hadrons through advanced methods.

Examining the ties between matter, antimatter, and dark matter in the universe.

Research aims to clarify nuclear matter behavior using heavy-ion collision data.

Research highlights magnetic dipole transitions affecting gamma spectra in nuclear collisions.

A look into black holes, their evaporation, and new theories about their behavior.

This research explores advanced methods to study particle interactions in string theory.

A new approach uses finite groups for clearer insights in quantum mechanics.

Research on charged particles from proton-proton and lead-lead collisions reveals new insights.

An overview of Toda and Calogero models in field theory.

This article examines gauge theories and their behavior during temperature variations.

Exploring superconductivity in triangular lattices using the Hubbard model reveals new states and properties.

Research into low mass scalars offers insights into fundamental particles and forces.

This model expands the Higgs sector with additional scalar fields to explain particle mass.

Exploring complex theories to deepen our understanding of gravity.

Investigating unique states that defy typical thermal behavior in quantum systems.

A look into the flavor-dependent model of neutrinos and their intriguing properties.

A look into how protons and neutrons interact and influence matter.

Research into phase transitions reveals complexities in frustrated magnetic systems.