NUCLEI One-Page Highlights
On this page are links to one-slide summaries of NUCLEI-related research accomplishments. More will be added as the project progresses. Additional highlights from the SciDAC-2 UNEDF project are also available below. All are in pdf format.
NUCLEI Research Highlights
- Light Nuclei with Novel Chiral NN Interaction
- Computing the structure of the rare nucleus 78Ni
- Variational calculation of closed-shell nuclei up to A = 40
- Prediction of a Tetraneutron
- Electromagnetic response of 12C: a first-principles calculation
- 2016 INCITE award to NUCLEI researchers
- QMC and chiral 2N & 3N interactions: A=3,4,5 and neutron matter
- Heavy Elements From Deep Space
- 9-year summary of INCITE awards to NUCLEI/UNEDF researchers
- Yield distributions in the spontaneous fission of ^{240}Pu from microscopic theory
- Computing the size of the atomic nucleus calcium-48
- Neutrinoless Double-Beta Decay: Advanced Shell Model Approach
- A new ab-initio framework for the nuclear shell model using the In-Medium Similarity Renormalization Group (IM-SRG)
- Electromagnetic and neutral-weak response of ^{4}He and ^{12}C
- From hypernuclei to hypermatter: the role of three-body forces
- Quantifying the Nuclear Unknown with Bayesian Inference
- MADNESS-HFB: adaptive multi-resolution 3D DFT solver
- Nuclear Scattering Made Predictive and Convenient
- Defects in Nuclear Pasta and Crust Cooling of Neutron Stars
- 2015 INCITE award to NUCLEI researchers
- Nuclear Waffles in Neutron Star Crust
- Quenching of beta-decay strengths
- UNEDF2: the Endpoint of Skyrme DFT
- Computing Beta Decay All Over the Nuclear Chart
- Nucleon and nucleon-pair momentum distributions in A≤12 nuclei
- Ab initio Extreme Neutron Matter
- Spontaneous fission lifetimes from the minimization of collective action
- 7-year summary of INCITE awards to NUCLEI/UNEDF researchers
- 2014 INCITE award to NUCLEI researchers
- NUCLEI Calculations Support JLAB Experiment
- Electromagnetic Form Factor and Sum Rules in ^{12}C
- Landscape of Two-Proton Radioactivity
- Streamlining the nuclear force
- Energy density functional for nuclei and neutron stars
- Scalable Eigensolver for Many-Fermion Dynamics - nuclear (MFDn)
- MADNESS-HFB: High Accuracy and Scalable Nuclear DFT Solver for Complex Geometries
- Mapping the Nuclear Landscape
- Large scale MD simulations of nuclear pasta formation: Nuclear reactions that make a neutron star
- Magnetic moments and Transitions in Light Nuclei
- A powerful new ab-initio many-body method for nuclei
- From neutron matter to neutron stars
- 2013 INCITE award to NUCLEI researchers
UNEDF Research Highlights
- Quality Input for Microscopic Fission Theory
- UNEDF Leadership-Class Computing
- Anomalous Long Lifetime of Carbon-14
- 2012 INCITE award to UNEDF researchers
- Proton-Dripping Fluorine-14
- Load Balancing at Extreme Scale
- Derivative-free Optimization for Density Functional
- Towards reliable cross sections for astrophysics, nuclear energy and security
- Ab initio nuclear reactions
- Time-Dependent Superfluid Local Density Approximation - TDSLDA
- MADNESS for SciDAC UNEDF
- 2011 INCITE award to UNEDF researchers
UNEDF Highlights for General Audiences
These highlights also come with notes giving contacts and references along with brief explanations of the technical details.
- Nuclear excitement [notes]
- Proton halo in fluorine-17 as a fragile 17-body quantum state [notes]
- UNEDF-TOPS eigensolver collaboration: Breakthrough nuclear science [notes]
- Microscopic description of nuclear fission [notes]
- Building medium-mass atomic nuclei from scratch: coupled cluster [notes]
- Computing masses of atomic nuclei [notes]
- Discovering the secrets buried in theories [notes]
- The uNclear Nuclear Pairing [notes]
- For atomic nuclei, three's a crowd: Enabling microscopic calculations of nuclei [notes]
- Building the UNEDF from the ground up [notes]
- Towards improved cross sections on medium and heavy unstable nuclides [notes]
- High-performance code for nuclear level density [notes]
- Predictions for Proton-Dripping Fluorine-14 [notes]
- Ab initio no-core shell model (NCSM) and resonating-group method (RGM)