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Physicists Observe Rare Nuclear Decay of Potassium Isotope

Physicists Observe Rare Nuclear Decay of Potassium Isotope
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Potassium decayHolifield radioactive ion beam facilityOak ridge nationalStandard modelPhysical review lettersPhysical reviewFundamental physics

New Decay Observation Enhances Dating and Nuclear Understanding

Researchers from KDK Collaboration at the Holifield Radioactive Ion Beam Facility of Oak Ridge National Laboratory recently made the first direct observations of the rare decay process such as K-40 decays into Calcium-40 and into Argon-40 through electron capture, providing insights into nuclear structure, potentially leading to improved accuracy in geological dating and a deeper understanding of nuclear physics.

Engineering research council of canadaNatural sciencesNuclear understandingDepartment of homeland securityMacdonald instituteDepartment of energy office scienceNuclear physicsQueen university of canadaHolifield radioactive ion beam facilityOak ridge national laboratoryPhysical reviewDecay observation enhances datingPotassium decayModular total absorption spectrometerHomeland securityEngineering research council

Collaboration identifies rare nuclear decay in long-lived potassium isotope

Collaboration identifies rare nuclear decay in long-lived potassium isotope
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Potassium decayPhysical review lettersPhysical reviewHolifield radioactive ion beam facilityOak ridge national laboratoryTotal absorption spectrometer

The KDK Collaboration Identifies Rare Nuclear Decay in Long-Lived Potassium Isotope

Potassium-40 usually decays to calcium-40, but about 10 percent of the time it decays to argon-40 through electron capture. One variant of this decay path ends

National science foundationMacdonald instituteNatural sciencesQueen university of canadaEngineering research council of canadaDepartment of energy office scienceNuclear physicsDepartment of homeland securityPotassium decayHolifield radioactive ion beam facilityOak ridge national laboratoryTotal absorption spectrometerEnergy officeHomeland securityEngineering research councilNational science

The KDK Collaboration Identifies Rare Nuclear Decay in Long-Lived Potassium Isotope

Potassium-40 usually decays to calcium-40, but about 10 percent of the time it decays to argon-40 through electron capture. One variant of this decay path ends

Nuclear physicsDepartment of homeland securityQueen university of canadaEngineering research council of canadaDepartment of energy office scienceMacdonald instituteNatural sciencesNational science foundationPotassium decayHolifield radioactive ion beam facilityOak ridge national laboratoryTotal absorption spectrometerEnergy officeHomeland securityEngineering research councilNational science