Latest Articles for High-Energy Collisions

Research examines momentum and particle abundance in high-energy collisions at LHC.

Scientists examine how spin affects fluid behavior in extreme environments.

Study of nuclear modification factors reveals insights into extreme matter conditions.

New algorithms improve real-time identification of collision points in particle physics.

Exploring glasma's properties and behaviors in high-energy particle collisions.

Researchers study open-charm mesons using correlation functions and femtoscopy techniques.

Investigating leptoquarks to deepen our understanding of particle interactions.

Research into collisions reveals insights about nuclear matter under extreme conditions.

This study computes the masses of triply heavy baryons, advancing theoretical predictions.

Examining isolated photons in high-energy proton collisions and their importance in particle physics.

Research investigates how jets are affected by the Quark Gluon Plasma in particle collisions.

Research reveals limits on charm quark particle production in high-energy collisions.

This study examines the entanglement entropy of protons and its implications.

Scientists use machine learning to search for new particles in high-energy collisions.

This article explores pion-kaon scattering and its significance in high-temperature particle physics.

Investigating elusive particles using high-energy collisions at the LHC.

Research on axion-like particles using high-energy proton collisions yields important insights.

Muon colliders may reveal new particles and insights into dark matter.

A look into flow decorrelation effects in high-energy particle collisions.

Study of charged particle dynamics and their electromagnetic effects in expanding fluids.

Study reveals complexities of gluons in proton spin contribution.

An exploration of charm quark production in particle collisions.

Scientists investigate a new particle that may explain cosmic phenomena.

Possible new particle found at LHC may challenge current physics models.

Research reveals how magnetic fields influence particle dynamics in high-density conditions.

Investigating how rotation affects particle fluctuations in high-energy collisions.

Research on quarks’ behavior in extreme conditions from heavy-ion collisions.

A look at how vector boson fusion helps study the Higgs boson.

A study on muon pairs sheds light on potential new physics.

Investigating quarkonium behavior in rotating Quark-Gluon Plasma during heavy-ion collisions.

Scientists study top quark production with light jets to advance particle physics.

A new approach improves accuracy of parton distribution functions in particle physics.

Research analyzes top quark production for signs of potential new physics.

Examining particle behavior and correlations from high-energy particle collisions.

Researching Higgs triplet particles to explain neutrino masses.

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

Jet Flow Networks improve particle jet classification using machine learning techniques.

This study analyzes collective flow patterns in small and large particle collisions.

Investigating winos and higgsinos using ATLAS data from proton collisions.

A study on how jets behave in quark-gluon plasma reveals key properties.