Latest Articles for Experimental Physics

Researching top quarks sheds light on fundamental physics and particle interactions.

Researchers investigate muons to uncover new physics related to baryon number.

Research on higher-order topological phases reveals new insights into quantum materials.

An overview of Higgs boson pair production and its significance in particle physics.

Researchers investigate dark matter's self-interactions to address key issues in current models.

This study examines how proton energy affects carbon nucleus interactions.

Researchers investigate gluon density and model challenges in particle physics.

Study reveals how sound influences the dynamics of a conical flame.

This study enhances qubit measurements using machine learning and FPGA technology.

Scientists study how disorder affects thermalization in trapped bosonic atoms.

Scientists investigate axions to uncover dark matter’s mysteries and advance physics.

Neutrinoless double beta decay may reveal insights into neutrinos and new particle physics.

Examining edge modes in quantum Hall systems to reveal unique topological properties.

Research highlights the role of subgap states in superconductor-semiconductor devices.

Exploring the complexities of labeling outcomes in quantum measurements.

Research focuses on spin behavior of vector mesons in high-energy collisions.

A look into the electromagnetic properties of pseudoscalar mesons.

Recent findings suggest potential new particles in Higgs boson data.

Study explores how Bose gas can exhibit anyonic properties through gauge field introduction.

Scientists examine light nuclei production during ultraperipheral collisions and photon interactions.

Researchers achieve control over ion-atom interactions beyond ultracold temperatures.

Examining the interactions of quantum rotors within Bose-Einstein condensates.

A study on measuring temperature effects in superconducting qubits and their environments.

Research into neutrinoless double beta decay could reveal secrets about neutrinos.

Researchers study quantum spin liquids in ruby and maple-leaf lattices for insights into magnetic behavior.

New insights challenge traditional views on quarkonia and QGP formation.

Recent findings reveal how stability can exist in disordered systems.

Research reveals new potentials for precise light manipulation using MPLCs.

Exploring the challenges and implications of measurement incompatibility in quantum systems.

A fresh approach to dark matter introduces new particles and coexisting properties.

Research explores anomalous reflectors for improved communication signal strength.

Research on Clevios' fluorescence in TPC applications reveals minimal background noise.

Investigating how magnetic fields impact phonon dynamics in Kitaev materials.

Researchers simplify wave focusing methods for hidden targets in complex materials.

Study reveals how heavy flavor impacts particle fragmentation in collisions.

A study focusing on handling infrared divergences in high-energy particle interactions.

Research sheds light on binding energies of tetraquarks, especially doubly bottom configurations.

Research on muon's magnetic moment leads to new theoretical models.

Exploring how cavity size affects hydrogen and helium ion interactions with light.

Research reveals how quantum wires interact with mechanical motion and Lorentz invariance.