All articles tagged with #radium monofluoride
Physicists have for the first time observed how magnetism is distributed within a radioactive molecule's nucleus, specifically in radium monofluoride, using electrons as probes. This breakthrough allows for more precise studies of nuclear asymmetries that could reveal new physics beyond the Standard Model, and demonstrates the potential of molecules in fundamental physics research.
Scientists have developed a novel technique using a single molecule of radium monofluoride as a tiny particle collider to study the nucleus of radium atoms, potentially shedding light on fundamental questions about matter-antimatter asymmetry in the universe.
MIT physicists developed a novel tabletop technique using molecules of radium monofluoride to probe inside an atom's nucleus by measuring tiny energy shifts in electrons, providing insights into nuclear structure and fundamental symmetry violations relevant to understanding matter-antimatter asymmetry in the universe.