Latest Articles for Experimental Physics

Researchers calculate two-loop integrals, improving predictions in particle interactions.

Researchers study unique behaviors of two-dimensional Fermi gases with spin-orbit coupling.

Exploring neutrino behavior and dark matter interactions to uncover cosmic mysteries.

Examining how laser light affects three-electron atoms and electron behavior.

New model enhances understanding of light behavior in integrated LNOI networks.

Researching Higgs and radion production sheds light on particle physics challenges.

Scientists investigate scalar leptoquarks to answer fundamental questions in physics.

Researchers examine chiral spin liquids and their potential in quantum technologies.

Exploring nuclear spin polarization techniques using GSLAC in hexagonal boron nitride.

An overview of steady streaming and its impact on modern technology.

Recent studies improve heavy flavor corrections in deep inelastic scattering for better predictions.

This study examines how initial states affect the dynamics of spinor Bose-Einstein condensates.

Exploring how new physics may affect CP violation in quark behavior.

A look into the techniques and applications of OSEPR in material science.

New methods enhance spin-squeezed state generation for improved quantum measurements.

Reinforcement Learning enhances the control of ultracold atom experiments for better research outcomes.

This article explores next-to-leading power corrections related to thrust and the -parameter in particle collisions.

Examining the effects of acceleration on quantum entanglement and reflected entropy.

Researchers control light using sound through a giant atom in a waveguide.

New techniques improve photon pair generation for quantum communication and computing.

A method to create stable spin states using trapped ultracold atoms and Bose-Einstein condensates.

Upcoming experiments may shed light on elusive Axion-Like Particles and their role in physics.

This article examines how droplets behave when levitated by sound waves.

Investigating non-equilibrium behavior in coupled cavities and atomic interactions.

Exploring the impact of non-Hermitian boundaries on quantum states and impurities.

An overview of light mesons and their significance in studying the strong force.

An overview of bottom baryons and their significance in understanding particle interactions.

Research explores gauge boson interactions to reveal potential new physics.

Research on hole spin qubits in germanium and silicon shows promise for quantum computing.

Researchers enhance understanding of three-body loss in ultracold gases.

Exploring the potential of HNLs in understanding neutrinos and the universe.

HERA and EIC efforts enhance understanding of strong coupling in particle physics.

Exploring the magnetic interactions of nickel and sulfur in unique atomic arrangements.

Research sheds light on tetraquarks and their properties linked to hadronic molecules.

Research reveals potential of non-local theories in quantum electrodynamics.

A new approach enhances the detection and understanding of neutrinos in particle physics.

Research examines magnetic materials using high pressures and strong magnetic fields.

Examining how heavy neutral leptons influence particle behavior and lepton flavor universality.

A look into the study of a-anomalies in quantum field theories.

Examining how granular materials change under stress and flow conditions.