Latest Articles for Experimental Science

Study measures how muon neutrinos interact with argon, advancing our understanding of particle physics.

Exploring the invisible mass shaping our universe.

Research on cluster decay enhances knowledge of superheavy nuclei behavior.

Recent experiments suggest possible violations in lepton flavor universality, hinting at new physics.

Scientists unveil unique behaviors of time in quantum systems with time rondeau crystals.

Exploring the potential of Rydberg superatoms in quantum information and optics.

Machine learning aids in identifying new particles from LHC data.

Investigating charmonium production sheds light on the early universe and quark-gluon plasma.

Axions might explain dark matter, offering insights into the universe's formation.

Scientists improve detection methods for dark photons, potential candidates for dark matter.

This study examines phase separation in spin-1 and spin-2 Bose-Einstein condensates.

Scientists investigate dark matter using advanced techniques at the LHC.

COSINUS uses NaI crystals and a muon veto to investigate dark matter.

Unraveling potential partner particles through advanced research and technology.

LUX-ZEPLIN aims to uncover the secrets of elusive WIMPs and dark matter.

Researchers investigate Higgs boson pairs using vector-boson fusion.

Investigating the impact of solar neutrinos on dark matter searches.

Research reveals new properties of neutrinos through extensive data analysis.

Exploring the role of neutrinos in quantum mechanics and gravity.

Researchers investigate the role of sterile neutrinos in particle physics.

Exploring how quantum systems synchronize under unique conditions and interactions.

Exploring connections between quantum theory and gravitational phenomena.

Research explores quantum systems to enhance search efficiency.

This article explores the relationship between quantum entanglement and gravitational effects.

Research reveals how cold atoms behave in crossed optical dipole traps.

Study reveals how molecular hydrogen acts in various plasma settings.

A new method improves accuracy in predicting electron behavior in hypersonic conditions.

A look at the fascinating world of ultracold gases and their interactions.

Researchers seek to identify interactions of dark matter and fundamental particle decay.

Scientists develop simulations to minimize noise in rare decay detection experiments.

Researchers at DarkQuest explore light particles to shed light on dark matter.

Investigating the elusive nature of dark matter and its impact on the universe.

An overview of dark matter theories, focusing on the Froggatt-Nielsen Singlet Model.

Scientists refine methods to improve neutrino detection amidst challenges of scattering.

Examining beauty hadrons' radiative decays reveals key interactions in particle physics.

Research on Rydberg molecules may reveal unique atomic interactions.

Machine learning methods enhance unfolding techniques in high-energy physics for accurate particle properties.

A look at the TIDMAD dataset's role in dark matter research.

Researchers enhance light detection methods in dark matter experiments.

Belle II provides significant findings on D meson decays and branching fractions.