Latest Articles for Experimental Physics

Investigating how disorder and coupling affect particle behavior in quantum mechanics.

This article examines how rotation influences heat transfer in fluids through Rayleigh-Bénard convection.

Exploring the link between boson sampling and chaos in quantum physics.

A look into the unique properties of twisted bilayer graphene and its superconductivity.

Researchers study the charmed hypertriton to uncover particle interactions.

This study measures cross sections of particle interactions at various energies.

Research reveals interactions between neutrinos and mesons in particle physics.

Research reveals unique microwave properties in Vogel spirals using cylinder patterns.

This article examines tau lepton polarization during deep inelastic scattering with nuclear targets.

Researchers are developing quantum interfaces and memories for secure information transfer.

Examining the role of lattice theory in understanding quantum mechanics and experimental propositions.

A study of how noise affects state changes in nonlinear resonators.

Investigation of quantum phase transitions using the extended Jaynes-Cummings model and a new method.

Examining rapid changes in magnetic properties of Heisenberg spin ladders.

A look into the certification of indefinite causal order and its applications.

How electromagnetic fields impact electron interactions and material properties.

QND measurements offer precision in quantum state assessment and support advanced computing.

Research reveals important details about short-range correlations in mirror nuclei.

This study examines thermal convection behaviors in a rotating gas within a centrifuge setup.

Analyzing meson decay to muon pairs for deeper physics understanding.

Research reveals complex behaviors of dipolar spin ensembles and their importance for quantum computing.

Research on right-handed neutrinos could illuminate dark matter mysteries and the muon anomaly.

Examining the QCD axion's interactions with particles and implications for dark matter.

ATLAS detector investigates potential heavy particles beyond the Standard Model.

A look into the distinct behaviors of 2M-WS and its superconducting properties.

A fresh look at dark matter candidates and their relation to the Standard Model.

Research reveals how active turbulence changes with confinement height and bacterial size.

LHCb research sheds light on particle interactions and matter structure.

Research on gravitational form factors enhances knowledge of baryon properties.

New nanoscale mixers enhance optical signal processing capabilities at petahertz frequencies.

A study on how gravity may follow quantum rules using innovative setups.

A look into how jets inform our understanding of particle interactions.

Research highlights interactions of nucleons and their effects on matter behavior.

Researchers explore the relationship between dark matter and neutrinos through the scotogenic model.

Exploring the effects of heavy Higgs bosons in particle physics through the 2HDM.

Explore the behavior of heavy and light quarks in particle physics.

Research reveals intriguing behaviors of exciton-polariton condensates influenced by external factors.

Improved Monte Carlo simulations enhance understanding of Higgs boson and particle interactions.

Examining the impact of temperature and two-level systems on qubit performance.

Improving predictions for Higgs boson decay enhances experimental understanding.