Latest Articles for Particle Physics

Examining particle behavior to explain matter-antimatter imbalance.

Research sheds light on gluonic components within protons through quarkonium studies.

This article examines how particles behave and interact in quantum systems.

Researching Higgs triplet particles to explain neutrino masses.

Learn how Effective Field Theories simplify complex physics processes.

Study of GMCs reveals connections between cosmic rays and gamma rays.

This study investigates the impact of material defects on SRF cavity performance.

Researchers study high-energy cosmic rays and their potential sources in the universe.

Research highlights the potential of qGAN for particle energy simulations.

Examining how false vacuum bubbles interact and influence black hole formation.

A look into non-standard interactions of neutrinos and their significance.

This article examines a new model of inflation involving energy dissipation through scalar fields.

Research reveals interactions between the Higgs boson and metric-affine gravity.

Examining a fresh theory to explain particle mass differences in physics.

Scientists study proton behavior in heavy-ion collisions to find the critical point.

Research illuminates form factors and self-dual backgrounds in particle physics.

Exploring the significance of phase transitions in Yang-Mills theories and their implications.

ICAL aims to measure neutrinos and their oscillation properties with precision.

Efforts to improve accuracy in optical tweezers through better calibration techniques.

Study reveals key factors in particle mixing, influencing hadron decays.

Neutrino forces could challenge our understanding of interactions in the universe.

Exploring the Higgs boson, naturalness problem, and new particle models.

Investigating the potential presence of charm quarks within protons.

Scientists develop a method for precise gradient computation in physical observables.

Scientists investigate dark matter, focusing on ultralight dark matter and pulsar signals.

This research explores the role of keV neutrinos in dark matter production.

Neural networks improve predictions of electron-nucleus interactions for advancing scientific research.

Exploring anomalies and their role in dimensional transitions in quantum field theories.

Researchers investigate decay processes to assess lepton flavor universality and its implications.

A novel algorithm offers solutions to challenges in fermionic simulations.

An overview of vortices, their interactions, and implications in various physical systems.

This study examines how baryons interact and form complex structures during scattering.

New models enhance understanding of particle collisions and interactions in physics.

Investigating the complex world of exotic hadrons and their properties.

Discoveries in particle physics reveal unexpected spin alignments in high-energy collisions.

Research on antiproton interactions reveals crucial details about particle behavior.

A look into the relationship between matter and antimatter after the Big Bang.

Exploring the unique properties of chiral gauge theories in two dimensions.

Researchers use muon beams to explore dark matter mediators and their properties.

CUPID-Mo sets new limits on double beta decay, aiding neutrino studies.