Latest Articles for Experimental Research

This article examines how passive Brownian particles behave in a fluctuating harmonic trap.

Discovering how hyperons interact in atomic nuclei provides insights into extreme matter environments.

Research shows breakup dominates at low energies for neutron-halo projectiles and heavy targets.

Researchers aim to detect elusive dark matter particles through innovative experiments.

Study reveals the dynamics of visual memory after images fade.

New insights into light's quantum properties through photonic quadrature lattices.

This article examines the impact of quantum effects on transversity operators in particle physics.

Recent research sheds light on polariton condensates and their potential in quantum technologies.

New methods enhance accuracy in measuring RMI growth rates using machine learning.

Recent findings enhance predictions for W boson decays into heavy quarks.

Study reveals the impact of expectations on our sensory perceptions.

New diagnostic tools are enhancing plasma studies in the SMART experiment.

Exploring the relationship between many-body localization and thermal states in physics.

Research delves into particle decay, enhancing understanding of charmed mesons and their interactions.

A new experiment aims to detect Axion-Like Particles for dark matter insights.

Research examines reactions of protons in atomic nuclei during collisions.

Study reveals how hydrogel particles respond to pressure and their mechanical properties.

An overview of evaporative cooling techniques for ultracold polar molecules.

Exploring the Scotogenic model's insights into dark matter and neutrinos.

Study reveals how curved graphite responds to magnetic fields.

A look at anyons and their implications in quantum physics.

Research reveals insights into charged Rubidium ions and their interactions at low temperatures.

This article examines how deuterons interact with heavy nuclei at low energy levels.

Exploring how water droplets mimic quantum particle behavior through diffraction.

Research on ultracold dipolar bosons reveals complex quantum behaviors.

RuI showcases fascinating magnetic properties as a potential Kitaev spin liquid.

Study of electron dynamics in a one-dimensional system with a moving nanoprobe.

Scientists aim to observe gravitational quantum states in hydrogen atoms.

Research advances our understanding of nucleon spin beyond simple quark models.

A look into baryons and their properties through spectroscopy techniques.

Learn about the zero-energy photoelectric effect and its significance in light-matter interactions.

Research on ultracold atom clusters offers insights into quantum behaviors.

Research reveals insights on proton behavior during high-energy collisions.

This article reviews various techniques for orientation averaging in molecular physics.

Scientists study pentaquarks, unique particles made of five quarks, to learn about their properties.

Examining the significance of bit-flip errors in quantum computing systems.

This piece examines how nucleon behavior changes when in a nuclear environment.

Research reveals unique properties of solitary waves in dipolar Bose-Einstein condensates.

Researchers study light scalars and pseudoscalars to address key questions in physics.

This study investigates how liquids fill microcavities in Lab-on-a-Chip technology.