Conveners
NFS / QCDHS: Parallel 7 — The QCD–Nuclear Structure Interface
- Seamus Riordan (Argonne National Laboratory)
- Scott Bogner (Michigan State University)
Prof.
Silas Beane
(University of Washington)
6/1/18, 2:00 PM
NFS
Parallel
I will review recent progress in obtaining baryon-baryon phase shifts and several paradigmatic reaction rates from lattice QCD simulations.
Kenneth McElvain
6/1/18, 2:30 PM
NFS
Parallel
The configuration interaction shell model operates in a subset of the complete Hilbert space defined by projection operator P. Unless P is very large, an effective theory treatment is required. Historically, the renormalization into P has been done informally, by adding a few physically motivated operators with associated parameters to the matrix elements of a realistic or chiral...
Dr
Johannes Kirscher
(The City College of New York)
6/1/18, 3:00 PM
NFS
Parallel
I will present work which utilizes few-nucleon observables, predicted with the lattice technique from quantum chromodynamics, to calibrate an effective interaction theory for nucleons (the pionless effective field theory) in order to assess the sensitivity of larger nuclei, their ground-state and scattering properties and electromagnetic responses, with respect to the unphysical changes in the...
Prof.
Dean Lee
(Michigan State University)
6/1/18, 3:20 PM
NFS
Parallel
I discuss new progress in performing first principles lattice simulations of nuclear systems using the framework of effective field theory. Some of the topics to be covered are the connections between bare nuclear forces and nuclear structure and a new algorithm for studying the thermodynamics and spectra of nuclei.
