Latest Articles for High-energy Physics

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

Investigating how heavy-flavor jets behave in high-energy nuclear collisions.

Examining how EEC reveals differences between quark and gluon jets.

This study investigates uncertainties in parton shower simulations and their effects on jet behavior.

A look into how angularities and beam functions advance high-energy physics research.

Researchers use normalizing flow to analyze complex data in particle physics.

This study examines how breaking symmetries influences physical phenomena.

This article explores the significance of -boson pair production in particle physics.

Research reveals mechanisms behind supernovae, focusing on hadron-quark phase transitions.

A look into how photons reveal insights about heavy ion collisions and quark-gluon plasma.

A look into the pulse structures of gamma-ray bursts and their emissions.

Research on heavy ions reveals valuable insights into nuclear structure and matter behavior.

Gradient flow renormalisation improves calculations for meson properties and lifetimes.

Research calculates meson masses to enhance understanding of particle interactions.

Exploring the connections between the IKKT matrix model and string theory.

Exploring how magnetovortical matter behaves under extreme conditions.

Research into QGP reveals key interactions of quarks and gluons.

Examining how magnetic fields and rotation influence charged particle radiation.

Scientists study dark photons through high-energy particle collisions for clues about dark matter.

Research sheds light on charge behavior in heavy-ion collisions and Quark Gluon Plasma.

This article explores how machine learning enhances calorimeter calibration for particle physics.

Scientists study heavy-ion collisions to understand quark-gluon plasma and particle behavior.

Researchers investigate cosmic rays in the vibrant star-forming region NGC 3603.

A closer look at the Higgs boson through the future muon collider.

An overview of methods to improve predictions for Higgs boson behavior.

Exploring the top quark's role in particle physics and its impact on fundamental interactions.

Investigating bottomonium to reveal secrets of quark-gluon plasma dynamics.

Discover the intriguing world of quark stars and their collisions.

CTB 37B reveals fascinating X-ray emissions linked to a unique magnetar.

Exploring the implications of gauge-mediated SUSY breaking at the LHC.

A new method streamlines fitting experimental data for physicists.

Scientists apply deep learning to predict outcomes of heavy-ion collisions.

A study comparing codes modeling blazar energy emissions and neutrinos.

Exploring how temperature influences particle behavior and interactions.

Scientists explore new neutral particles at the Large Hadron Collider to answer fundamental questions.

Discover new tools for detecting photons with unmatched precision in modern physics.

Researchers investigate the effects of rotation on gluon plasma behavior.

Learn about proto-neutron stars and their role in the life cycle of massive stars.

Exploring advancements in dilaton Weyl multiplets within conformal supergravity.

Exploring the effects of chirality imbalance using quantum computing.