Latest Articles for Experimental Physics

A new framework improves quantum device measurement by addressing uncertainties.

Exploring the role of topology in light propagation through unique materials.

Research shows stable Thouless pumping possible with strong interactions.

Study reveals how van der Waals materials behave under different conditions.

An exploration of charge-density-wave materials and their intriguing properties.

Research highlights potential of magnetic chains for quantum computing.

Overview of experimental simulations revealing the potential of quantum superchannels.

COMET aims to observe muon to electron conversion without neutrinos.

A novel interferometer uses Bose-Einstein condensate for precise measurements of atomic states.

A study on the role of distribution amplitudes in semileptonic meson decays.

Exploring unique properties of superfluidity in two-dimensional supersolid states.

Explore the wave functions of baryons and their properties in particle physics.

An overview of topological insulators and their intriguing properties.

Research uses machine learning to predict behaviors of quantum systems.

Study the impact of quantum phase transitions on light and mechanical interactions.

A straightforward approach to detect mode mismatches in gravitational wave detectors.

Exploring the essential features and testing of circulator devices in telecommunications.

A simple, low-cost tool for measuring magnetic fields in scientific experiments.

Researchers study D_s0^ + (2317) for insights into particle interactions and properties.

Investigating muon precession reveals key insights into particle physics.

Study reveals complex boson behaviors in a two-chain setup.

Exploring B mesons and their unique decay patterns.

Research explores how axions influence electric dipole moments in particle physics.

New insights into spin behaviors in Bose-Einstein condensates revealed through experimental studies.

An overview of radiative leptonic decay and its significance in particle interactions.

Researchers develop a system for unidirectional microwave emission using chiral cavity magnonic systems.

Research explores how nuclear reactors may produce dark photons.

This article examines how local observations shape our view of quantum systems.

A look into the driven Jaynes-Cummings model in quantum optics.

Research reveals complexities in measuring weak values with varying strengths.

New methods simplify the study of ultracold molecular collisions, impacting quantum technologies.

Research on yttrium iron garnet shows promise in signal amplification applications.

This study examines rare decays of axial-vector mesons in particle physics.

New measurements challenge the Standard Model, hinting at unknown physics.

This article explores Higgs boson studies and gauge-Higgs unification in particle physics.

Exploring the significance and complexities of top quark decay in fundamental physics.

Updated hadron lists improve particle physics research and heavy-ion collision models.

A look into the unique energy patterns of three interacting particles.

New techniques reduce quasiparticle poisoning, enhancing superconducting qubit performance.

Scientists investigate unexpected results from the MiniBooNE experiment, exploring potential new particles.