theory
· 35 papers, 27 presentations · all tags
Papers filter the publication list
- Paths to superheavy nuclei
- ENDF/B-VIII.1: updated nuclear reaction data library for science and applications
- Reducing parametric uncertainties through information geometry methods
- An optical-lensing inspired data thinning method for nuclear cross section data
- Weighted Levenberg-Marquardt methods for fitting multichannel nuclear cross section data
- Kilonova emissions from neutron star merger remnants: implications for nuclear equation of state
- Nuclear $\beta$-decay with statistical de-excitation
- Let there be neutrons! Hadronic photoproduction from a large flux of high-energy photons
- Uncertainty quantification of mass models using Ensemble Bayesian Model Averaging
- Bayesian averaging for ground state masses of atomic nuclei in a Machine Learning approach
- Superheavy elements in kilonovae
- Collective enhancement in the exciton model
- The Los Alamos evaluation of $^{239}$Pu neutron-induced reactions in the fast energy range
- $\beta^{-}$-delayed fission in the coupled Quasi-particle Random Phase Approximation plus Hauser-Feshbach approach
- Nuclear data activities for medium mass and heavy nuclei at Los Alamos
- Physically Interpretable Machine Learning for nuclear masses
- Nuclear masses learned from a probabilistic neural network
- Current nuclear data needs for applications
- Improvements to the macroscopic-microscopic approach of nuclear fission
- Extension of the Hauser-Feshbach fission fragment decay model to multi-chance fission
- Astromers: nuclear isomers in astrophysics
- Co-production of light and heavy $r$-process elements via fission deposition
- Primary fission fragment mass yields across the chart of nuclides
- $^{60}$Fe in core-collapse supernovae and prospects for X-ray and $\gamma$-ray detection in supernova remnants
- $\beta$-delayed fission in $r$-process nucleosynthesis
- Estimation of M1 scissors mode strength for deformed nuclei in the medium to heavy mass region by statistical Hauser-Feshbach model calculations
- Enhancement of neutron capture rates for deformed nuclei and impact on the $r$-process nucleosynthesis calculations
- The rare earth peak and the astrophysical location of the $r$ process
- Reverse engineering nuclear properties from rare earth abundances in the $r$ process
- The link between rare earth peak formation and the astrophysical site of the $r$ process
- Neutron-gamma competition for $\beta$-delayed neutron emission
- Fission barriers at the end of the chart of nuclides
- Variances in $r$-process predictions from uncertain nuclear rates
- Low-energy magnetic radiation
- Nuclear masses near $N=82$ that influence $r$-process abundances
Presentations filter the presentation list
- Utilizing Machine Learning in low energy nuclear physics
- Nuclear data activities for medium mass and heavy nuclei at Los Alamos
- Ground state masses of nuclei with a probabilistic neural network
- Prediction of nuclear masses with an artificial neural network
- Machine Learning for Nuclear Astrophysics (a first attempt)
- Physically Interpretable Machine Learning for nuclear masses
- Machine Learning and Artificial Intelligence for computational nuclear data
- Simultaneous calculation of fission fragment charge and mass yields with the eFRLDM
- 400 MeV/u upgrade of FRIB: advantages for $r$-process studies
- Recent progress on Los Alamos nuclear structure, reaction and fission models
- Strenthening nuclear reaction calculations with nuclear structure input from mean-field theory
- Nuclear physics for neutron-rich nucleosynthesis
- Overview of the status of $r$-process inputs
- A quick overview of nuclear physics for neutron-rich nucleosynthesis
- $\beta$-delayed fission in the dynamical ejecta of mergers
- Recent progress at Los Alamos
- Application of LANL fission models to the astrophysical $r$-process
- Novel Bayesian inference techniques and their implementation at LANL
- Neutron-induced and $\beta$-delayed fission: the final moments of $r$-process nucleosynthesis
- LANL nuclear reaction and structure models: recent applications and insights
- Reverse engineering nuclear properties from $r$-process abundances
- Neutron-induced and $\beta$-delayed fission in the $r$-process
- $\beta$-delayed neutron emission with neutron-$\gamma$ competition
- A new model for $\beta$-delayed neutron emission and applications to the astrophysical $r$-process of nucleosynthesis
- The rare earth peak and the astrophysical location of the $r$ process
- A quick primer on $\beta$-delayed neutron emission
- New calculations of $\beta$-delayed neutron emission probabilities