Latest Articles for Experimental Physics

This article discusses dark photons and their production in proton collisions.

The displaced Drude peak reveals intriguing optical properties in correlated materials.

Investigating dark photons could unveil secrets of dark matter and fundamental particle interactions.

Recent findings reveal insights into particle jets from lead-lead collisions.

Study reveals key reactions between carbon ions important for understanding space chemistry.

Explore the fascinating world of quantum entanglement and its implications.

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

Innovative light guide designs enhance energy measurement in SpaCal calorimeters.

Research on charmonium reveals properties of matter formed in heavy-ion collisions.

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

A look into how dephasing affects quantum technologies and the central spin model.

Researchers investigate mediators linking dark matter and ordinary matter through experiments.

Research highlights the potential of silicon-vacancy centers in diamonds for quantum applications.

Studying T-odd observables reveals insights into top quark interactions and potential new physics.

Examining unique properties of rare-earth magnets in complex lattices.

Examining how EEC reveals differences between quark and gluon jets.

A new method improves single-photon sources for secure quantum communication.

Research focuses on Rydberg atom-ion molecules and their potential in quantum tech.

This article examines how magnetoelastic spin chains change properties with physical manipulation.

COSINE-100 finds no evidence of dark matter interactions, questioning previous results.

Innovative approaches improve detection of entanglement in complex quantum systems.

A new device improves measurement accuracy in particle accelerators.

A look at the role of jet algorithms in analyzing high-energy collisions.

Scientists investigate hybrid mesons, unique particles combining quarks and gluons.

Examining the role of two-fermion operators in particle physics through SMEFT.

A look at the fascinating world of neutrinos and their interactions.

Research continues to shed light on dark matter and its role in the universe.

A look at strong coupling measurements using jets from high-energy collisions.

A closer look at the Quantum East Model and its unique behaviors.

New insights into neutrino interactions reveal key aspects of pion production.

Researchers tackle Sudden Beam Loss challenges with a new monitoring device.

A look into nucleons, their structure, and the role of mesons.

Research finds magnetic topological insulators may help observe axion dynamics.

Exploring energy corrections and vacuum polarization in muonic atomic systems.

Research explores the properties of a doubly-charmed tetraquark using lattice QCD.

Scientists probe mysterious aspects of dark matter and flavor anomalies in particle physics.

Research on antiskyrmions reveals complex ties with the Hall effect in materials.

Research on muonic atoms sheds light on energy levels and fundamental properties of matter.

Exploring quantum droplets, unique states of matter formed under specific conditions.

Investigating the complexities of replicating quantum switch behavior with traditional circuits.