Latest Articles for Experimental Techniques

This article explores how cobalt affects the structure and magnetism of Sr(Ni, Co)P.

Study reveals methods for controlling Lithium atom behavior using advanced cooling techniques.

A novel framework aims to improve predictions for complex fluid behavior.

Insights into how light reflects off surfaces submerged in liquids.

Researchers examine lepton flavor violation processes to find clues of new physics.

Research reveals complex interactions in iridium materials affecting electronic behavior.

Researchers use synthetic diamonds to study rare isotopes for insights into fundamental physics.

Research reveals how helium droplets affect electron emission and energy loss.

Investigating elastic collisions in a two-dimensional spin-polarized fermion gas.

An overview of energy density and intensity in various environments.

A look into the fascinating properties of pyrochlore Heisenberg antiferromagnets and their behavior.

Examining how phase fluctuations impact particle interactions in various materials.

A novel method to cool trapped ions using sunlight shows promising results.

Research highlights the importance of lepton universality tests in particle physics.

A novel approach improves measurement of particle interactions and CKM angles.

Exploring QCD axions and their significance in particle physics and cosmology.

This study explores Holmium's unique magnetic behavior under high pressure and low temperatures.

Upcoming experiments will enhance helium-4 beam polarization insights in particle physics.

Research reveals electron interactions on surfaces with strong spin-orbit coupling.

Researchers propose using LHC's existing technology to find dark matter candidates.

Researchers improve methods for analyzing complex functions in theoretical physics.

Research reveals new excited states and interactions of the S isotope.

Research into copper oxides reveals insights about quasiparticles in magnetic fields.

Examining the behavior and properties of unique spin-nematic phases in materials.

This article examines forward-backward correlation in particle physics during heavy-ion collisions.

Researchers study collective modes to uncover secrets of unconventional superconductors and their properties.

New methods reveal insights into collective behaviors of atoms interacting with light.

Researchers successfully measure photon propagators, demonstrating the principle of least action in quantum physics.

Researchers develop techniques to probe low-energy modes in fractional Chern insulators.

Researching nucleon resonances reveals insights into strong interactions and missing resonances.

Raman sideband cooling achieves low energy states in ultracold molecules, boosting quantum applications.

Neutron decay reveals crucial insights into particle interactions and fundamental forces.

Research reveals how structural changes impact superconductivity in nickel-based pnictides.

Exploring the role and measurement of weak-valued correlation functions in quantum systems.

Research into charmed hadron decays may reveal unknown particles and physics.

Research on behaviors and transitions of Fermi superfluids influenced by spin-orbit coupling.

This study presents a minimally invasive method for detecting currents and solitons in BECs.

A new approach improves accuracy in identifying jet flavours during particle experiments.

Research on neutrinoless double beta decay reveals insights into neutrinos and atomic processes.

Research expands charge assignments in FN models to address the flavor problem.