Latest Articles for Effective Field Theories

A look into nucleon behavior and forces in atomic nuclei under various conditions.

An analysis of baryon behavior in neutron stars and their complex interactions.

Scientists investigate dark matter's properties and its connection to the Higgs boson.

Exploring effective field theories and their role in nuclear physics.

A look into the role of phase transitions in the universe's evolution.

Investigating the interplay of holography, gravity, and quantum mechanics in linear dilaton spacetimes.

Belle II results suggest potential new physics beyond current theories.

A look into how massive particles interact with forces at high spins.

A look into pp-waves and their effects on time delays in gravitational fields.

Introducing tools to link theoretical models of new physics with experimental data.

A look into beta decay and the significance of the Fermi function in nuclear physics.

An overview of the struggle to integrate quantum mechanics with gravitational theory.

An overview of the Lyman Alpha Forest and its significance in cosmology.

Examining the journey of particle physics and future research directions.

Examining Q-balls and their implications in the Friedberg-Lee-Sirlin model using effective field theory.

A look into heavy neutral leptons and their implications in particle physics.

Research sheds light on dark matter particles and their effects on neutron lifetimes.

Research sheds light on the production and decay of pentaquark particles.

Researchers enhance understanding of exotic hadrons through advanced scattering analysis.

This article explores the relationship between axion-like particles and neutrinos in particle physics.

A look at how effective field theories simplify complex physical systems.

Examining how particle charge affects nuclear beta decay interactions.

A look into pNGBs and their role in physics and dark matter.

Recent studies improve understanding of nucleon interactions and the Standard Model.

Explore the processes and insights behind high-energy particle collisions.

Upcoming experiments may reveal new insights into lepton flavor-changing interactions.

Research advances in neutrino interactions are reshaping our understanding of fundamental physics.

This article explores the unique properties of superfluids near critical temperatures.

Exploring the implications of the Two-Higgs Doublet Model in particle physics.

Research analyzes galaxy clustering to understand early universe conditions.

CP violation in B decays reveals gaps in modern physics theories.

A new framework enhances understanding of fundamental particles and their interactions.

A look into the complex nature of dark matter and its candidates.

New theories explore black holes under modified gravity, revealing intriguing characteristics.

A study on gravity and forces linked to M-theory and Calabi-Yau manifolds.

Scientists investigate Axion-Like Particles to address dark matter and particle interaction questions.

A look at how scientists analyze galaxy data to understand the universe.

An overview of neutron-proton scattering and its significance in nuclear studies.

This paper addresses the challenges of fermion masses in high-energy particle interactions.

Investigating the elusive nature of dark matter and its interactions with particles.