Y. Ma

Study reveals insights into particle reactions at various energy levels.

Researchers investigate elusive particle decay with unexpected results.

HIV increases heart failure risks, affecting treatment and outcomes.

Researchers refine measurement of branching fraction in charmonium decay processes using BESIII data.

Researchers investigate charmonium interactions at BEPCII collider, revealing limits and future directions.

Research focuses on charmonium's spin-singlet state and its decay behaviors.

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

XENONnT experiment investigates WIMP interactions with xenon atoms to uncover dark matter.

Study reveals key measurements of charmed baryons and their decay properties.

CCDC113 is vital for sperm structure and function.

Research reveals how proteins influence neuron regrowth after injuries.

Researchers develop DiDBiT-TMT to improve protein synthesis analysis in memory studies.

Research into meson decays at Belle II uncovers fundamental physics insights.

Research sheds light on rare decay modes of charmonium particles.

New insights into ovarian cancer therapies using NAMPT and PARP inhibitors.

Research sheds light on complex particle decay behaviors through precise analysis.

Recent findings reveal a new decay mode in charmonium, advancing particle physics understanding.

Astronomers uncover intriguing AGN known as Little Red Dots, enhancing knowledge of black holes.

XENONnT aims to uncover the secrets of dark matter using advanced detection techniques.

Scientists study semileptonic decays to test theories and look for new phenomena.

A deep look at meson production in energetic particle collisions.

Scientists seek to reveal the mysteries of dark matter in the universe.

Scientists develop innovative methods to detect dark matter through neutrons.

Scientists use advanced detectors to find signs of dark matter.

Scientists study B mesons to understand matter, anti-matter, and the universe's fundamental forces.