Latest Articles for Experimental Research

Researchers study unique baryons to learn about the universe's secrets.

New techniques enhance image analysis in drug discovery.

Explore how tiny objects feel forces from their surroundings in the quantum vacuum.

Discover the fascinating world of surface growth and its surprising parallels to baking.

Van der Waals molecules play a key role in various scientific fields.

A look into the four-player CHSH game and its quantum strategies.

Examining rare decays reveals insights into particle interactions and potential new physics.

Scientists study ridge structures in proton collisions to uncover new particle interactions.

How hydrogen moves in materials affects many scientific fields.

CoNbSe reveals new spin behaviors with temperature effects and unique properties.

Cu (HOTP) showcases unique properties as a quantum spin liquid within a kagome lattice.

Researchers study chaotic quantum magnets to unlock secrets of physical systems.

A look at kaons and pions and their role in particle physics.

Examining how tin enhances superconductivity in Pb_1-xSn_xTaSe2 amid challenges.

A clear look at particle scattering, potentials, and their importance in physics.

Exploring the fascinating world of quantum interference and ultracold atomic collisions.

Scientists study baryon decays to explain matter-antimatter imbalance.

Unraveling the complex interactions of spins and light in quantum technology.

Discover the quirky behaviors of particles when quantum systems undergo sudden changes.

Scientists investigate elusive neutrinos to unlock secrets of particle physics.

A fresh theory aims to explain puzzling particle behaviors.

Discover the hunt for Vector-Like Quarks and their implications in particle physics.

Discover how FeSe exhibits surprising negative longitudinal magnetoresistance.

Dive into the fascinating behavior of exotic nuclei and their stability.

Discovering the secrets of hadrons through Double Deeply Virtual Compton Scattering.

Learn how spin squeezing improves measurement precision in quantum physics.

Dive into the world of nuclear fission and its intriguing spin characteristics.

Discover how Bayesian Amplitude Estimation enhances quantum computing accuracy amidst noise.

New methods improve neutrino detection using neutron tagging with Gadolinium.

Discover how light can turn materials into superconductors.

Learn how atmospheric noise affects atom interferometers and the strategies to overcome it.

Dive into the fascinating world of tetraquarks and their properties.

Researchers uncover new behavior of particles in two-dimensional materials.

Scientists develop new methods to control topological charges in quantum materials.

Discover how microwave experiments reveal molecular behavior and dynamics.

Dive into the mysteries surrounding charmonium and its intriguing properties.

Discover how classical objects relate to the strange behavior of quantum particles.

Understanding chiral symmetry and its role in particle mass through advanced experiments.

Discover how superconductors are reshaping quantum technologies.

A deep dive into flavor physics and the HVM model.