Latest Articles for Experimental Research

Graphene provides a unique approach to studying noncommutativity in physics.

Study reveals interactions in superconducting bilayers and their effects on electron pairing.

This study examines how dynamic optical disorder affects ultracold quantum gases.

Analyzing Higgs boson production via heavy quark interactions in particle collisions.

Researchers examine topological superconductivity using nonlocal spectroscopy in planar Josephson junctions.

New insights into scalar mesons enhance our understanding of particle interactions.

Study reveals how noise affects random quantum circuits and their output distributions.

Research focuses on heavy neutral leptons and lepton number violation at muon colliders.

Belle II enhances studies on B mesons and seeks new physics insights.

New methods reveal insights into chromonic liquid crystal behavior and anchoring strength.

Research enhances predictions of particle interactions involving top quarks and photons.

Researching Tcc(3875)+ and Tcc(3875)- in dense environments reveals their complex interactions.

Research focuses on enhancing antenna performance using disordered materials for efficient communication.

This article discusses the unique properties of odd viscous liquids under rotation.

Investigating photon polarization in non-linear Compton scattering for advanced laser applications.

A new algorithm enhances heavy quark process simulations for precise particle physics predictions.

Recent research aims to find squarks and gluinos to explore new physics.

Scientists study how materials change phases under varying conditions.

A study on how photon connections create unique topological properties.

A look at how evolution kernels impact our understanding of protons and their inner workings.

Study reveals quasi-crystal formation in large, vibrating spherical grains.

Research reveals how light affects molecular behavior in confined spaces.

Scientists investigate the potential existence of the X17 particle and its implications.

Investigating triangle singularity provides insights into unique particle interactions and behaviors.

Research on pions reveals insights into atomic nucleus interactions and particle properties.

Investigating quarkonia pair production in high-energy collisions reveals ongoing challenges and potential for new insights.

Research reveals discrepancies in baryonic decays, hinting at new physics.

Examining how short-range correlations impact nuclear behavior and interactions.

Research reveals how impurities impact plasma dynamics and magnetic islands in tokamaks.

A look into the Schiff moment of europium-153 and its implications for physics.

Recent findings reveal new particle states and their interactions.

The study examines our ability to estimate average quantities from dynamic visual stimuli.

Researching spin behavior under various influences in Fermi gases.

Researchers use crystals to detect elusive axions and untangle dark matter mysteries.

Researchers stabilize collective atomic spin using light feedback in an optical cavity.

Study reveals key findings on mesons, strong interactions, and particle behavior.

Research reveals clearer understanding of multi-parton interactions in high-energy collisions.

Researchers successfully trap and study SrF molecules using advanced laser cooling techniques.

A new framework helps scientists communicate and design better experiments.

Research reveals unexpected patterns in particle collisions involving polarized protons.