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Home Research Nuclear physics Rare decay
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Research

  • Particle physics
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  • Nuclear physics
    • Rare decay
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Rare decay

Search for forbidden beta decay of 50V using 14ch array HPGe

  • The search for extremely rare events is one of the interest topic in nuclear particle physics.
  • 50V is one of the isotopes which exhibit fourfold forbidden non-unique transitions (ΔIΔπ= 4+)
  • It is very highly forbidden, allowing only fourfold forbidden non-unique decay modes into the first excited states of 50Cr and 50Ti (6+ → 2+ transitions).
  • Higher detection efficiency using 14ch HPGe (70% each, ~1,000% total)
  • An energy level diagram showing the fourfold forbidden decay process of Vanadium-50 (50V) into Titanium-50 (50Ti) and Chromium-50 (50Cr).
  • A photograph of the experimental setup showing sample disks placed on top of the copper High-Purity Germanium (HPGe) detector cylinders.
  • A 3D model visualizing the arrangement of multiple sample disks on top of the High-Purity Germanium (HPGe) detector array.
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Yemilab Operation Center
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