Focal Interest
Focal Interest

Nuclear physics research studies

External reference: https://openalex.org/T10093

  1. Proton resonance radii show an early-time plateau and threshold increase
    Theoretical investigation of nuclear charge radii in proton-unbound systems using complex-energy methods, revealing early-time plateau behavior and halolike threshold enhancement.
  2. Te atomic data modeled for kilonova spectral studies
    Comprehensive R-matrix atomic data for tellurium ions improves kilonova spectral modeling, identifying Te iv contributions to AT2017gfo emission features and advancing neutron star merger.
  3. Oscillatory near-barrier proton capture observed in 20O
    Observation of oscillatory behavior in the 20O + 1H capture excitation function reveals quasi-bound states in 21F with vibrational character coupled to the 2+ state of 20O.
  4. Odd isotope selectivity achieved in calcium resonance ionization
    Selective resonance ionization technique using angular momentum selection rules and polarized light enables isolation of rare calcium isotopes Ca-43 and Ca-41 while suppressing abundant Ca-40.
  5. A snippet-based algorithm for practical covariance estimation in Feynman- α analysis
    Snippet-based algorithm for covariance estimation in Feynman-α analysis addressing correlations introduced by neutron count bunching with reduced computational and data requirements.
  6. First ab initio estimate of the fluorine-19 nuclear Schiff moment
    First ab initio nuclear calculation of fluorine-19 Schiff moment reveals new constraints on fundamental symmetry violations through precision molecular spectroscopy measurements.