Latest Articles for Experimental Physics

Examining energy exchange between gravity-capillary and sloshing waves in fluids.

Examining nonlinear effects in superconducting magnets to improve particle beam control.

Research on supersolids reveals unique states formed in Bose-Einstein condensates under specific conditions.

Study examines shock wave interactions in transonic nozzles and their effects on performance.

This study explores neutrino mass predictions within a non-supersymmetric grand unified theory.

Research investigates how jets are affected by the Quark Gluon Plasma in particle collisions.

Research reveals methods to stabilize Bose-Einstein condensates in mixed nonlinear and linear lattices.

Research reveals how atomic nuclei vibrate under energy inputs and collective behaviors.

This study explores how mixing occurs in turbulent fountains under different conditions.

Bose-Fermi mixtures offer insights into complex quantum systems and unique physical phenomena.

This article explores how vector mesons scatter with deuterons and their implications.

Researchers create and study DyK molecules at near absolute zero temperatures.

Scientists investigate the light charged Higgs boson using data from the LHC.

This study uses the Morse potential to examine neutron-proton scattering.

New techniques in ultracold molecules are paving the way for quantum research.

Researching heavy neutrinos and their role in neutrinoless double beta decay.

A look into hadronic layers and their significance in particle physics.

A look into magnon interactions and ultra-cold gases for advanced material behavior.

A novel method enhances the simulation of complex quantum systems.

Recent findings enhance our understanding of neutrino interactions through CEvNS.

Researchers continue to investigate the elusive glueballs and their potential insights into particle interactions.

Research examines Higgs boson properties and potential signs of CP violation.

A deep dive into how electric fields affect hydrogen atom energy levels.

Research reveals unique behavior at exceptional points in quantum systems.

Research reveals unique behaviors in quantum spin systems with non-Hermitian properties.

A look into Yukawa couplings and their significance in particle physics.

A protocol enhances security in quantum communication, ensuring reliability in untrusted environments.

Research reveals chaotic behaviors in Rydberg-dressed bosons under specific conditions.

A look into bosonic ladders and their unique phases in condensed matter physics.

New methods improve management of quantum systems, addressing challenges in noise and efficiency.

A method to certify quantum frequency converters without strict calibration.

New insights in particle physics question established decay rules.

Electron capture transforms protons into neutrons, affecting atomic stability and radiation.

Research on InAs nanosheets reveals potential for advanced superconducting technologies.

This article examines how unstable particle widths affect electroweak interactions at high energies.

Exploring the stability and significance of heliknotons in cubic chiral magnets.

A fresh approach to understanding quantum mechanics and spin behavior.

This article examines how squeezing affects topology in quantum systems.

Investigating how quantum states influence one another across distances.

Discover the role of Random Circuit Sampling in enhancing quantum computing capabilities.