Experimental Nuclear Physics Postdoc

Los Alamos National Laboratory Los Alamos, NM , US

Published Mon, 01/14/2019 - 2:47 PM


The P-27 group in Physics division is looking for postdoctoral candidates to work in the Nuclear

Astrophysics and Structure (NAS) and Nuclear Data (ND) Teams on direct and indirect measurements of

neutron-induced reactions. The successful candidate will perform measurements and analysis at the Los

Alamos Neutron Science Center or external charged particle and rare isotope beam facilities. There are

additional opportunities to develop the suite of instruments located at the Los Alamos Neutron Science

CEnter (LANSCE) and in P-27’s external measurement programs. At LANSCE, tools include the Detector

for Advanced Neutron Capture Experiments (DANCE), the Low-Energy (n,Z) (LENZ) instrument, the Chi-

Nu Prompt Fission Neutron Instrument, the fission Time Projection Chamber (TPC), and the

SPectrometer for Ion DEtermination Research (SPIDER). The teams are actively involved in developing

new instruments to take advantage of the unique time-of-flight neutron beams made available at

LANSCE. At NNSS, we are part of a large collaboration developing the capability for Neutron Diagnosed

Subcritical Experiments. Outside Los Alamos, we actively pursue measurements studying the underlying

nuclear physics to infer nuclear reaction rates for short-lived nuclei.

Research areas in the group include studies of nuclear astrophysics (s-process, r-process, heavy element

synthesis), nuclear structure (gamma-ray spectroscopy, level density, photon strength function), nuclear

reactions, studies of the fission outputs, and related topics. The teams are tightly coupled to the LANL T-2

nuclear physics and astrophysics theory group as well as rad-hydro modeling teams in CCS-2, XCP, and

XTD. The intense neutron spallation sources at LANSCE are used in much of this work and cover a

neutron energy range from sub-thermal to 800 MeV.

A broad range of expertise and background is desired, and there are multiple distinct projects that a

successful candidate could pursue within the research disciplines of the group. There may be additional

opportunities for collaborative work with scientists from other groups or divisions at LANL. Highly

qualified applicants will be considered for Director's or Agnew National Security Postdoctoral Fellowships

with exceptional candidates being considered for the prestigious Marie Curie, Richard P. Feynman, J.

Robert Oppenheimer, or Frederick Reines Fellowships.

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