TALENT / INT Course on Nuclear Forces

Participant List

Here is the list of students attending the course:

First	Last	Institution	Research specialty (current or planned)
Bijaya	Acharya	Ohio University	Electric properties of halo nuclei in effective field theory
Alexander	Bartl	TU Darmstadt	Neutrino interactions with dense nuclear matter in supernovae based on chiral EFT
Bridget	Bertoni	University of Washington	Constraining dark matter properties using dark matter scattering inside neutron stars
Eduardo	Coello Perez	University of Tennessee	Effective theory for deformed nuclei
Steffen	Cruz	Univ. British Columbia	Studying shape coexistence in nuclei in the vicinity of Z=40 N=60
Sergio	Deflorian	University of Trento	Ab initio methods for nuclear physics using the Hyperspherical Harmonics basis expansion.
Berhan	Demissie	George Washington University	Inelastic Compton scattering on the deuteron in HBChiPT.
Ulrika	Forsberg	Lund University	Spectroscopy of superheavy elements (Z>=104)
Yuan	Gao	University of Jyvaskyla	New-generation nuclear energy density functional with systematic inclusion of low-energy correlations.
Lucie	Grente	IRFU/DSM/CEA SACLAY	Collectivity of neutron rich nuclei in the region of mass 100 with lifetime measurements in fission fragments.
Boris	Karlsson	Chalmers University	Developing nuclear forces from chiral effective field theory
Malin	Klintefjord	University of Oslo	Experimental probing of nuclear shapes
Anna	McCoy	University of Notre Dame	Ab initio methods in nuclear structure theory in the framework of the no core shell model.
Sushant	More	Ohio State University	Use of the similarity renormalization group (SRG), e.g., for the electro-disintegration of the deuteron.
Titus	Morris	Michigan State University	Inclusion of induced three-body forces within the In-Medium Similarity Renormalization Group (SRG) method.
Yevgen	Nosyk	University of Idaho	Developing higher order few-nucleon forces from chiral EFT
Maria	Piarulli	Old Dominion University	Electromagnetic structure of A=2,3 nuclei in chiral EFT and NN potential up to N3LO with spin-3/2 degrees of freedom
Caroline	Robin	CEA,DAM Ile de France	Working in nuclear structure theory on a method that aims to describe in a unified way the different types of long-range correlations in nuclei.
Alessandro	Roggero	University of Trento	Development of Quantum Monte Carlo methods suitable for calculations with chiral EFT potentials.
Alexander	Rokash	Ruhr University Bochum	Topological volume correction for deuteron-neutron scattering on the lattice.
Ermal	Rrapaj	University of Washington	Nuclear astrophysics research on finite temperature nuclear and neutron medium effects in the mean free path of neutrinos escaping the the proto-neutron star (I am using XEFT in order to model nuclear reactions).
Clementine	Santamaria	SPhN CEA SACLAY	Current development and first experiments in 2014 with the MINOS device: a thick liquid hydrogen target coupled with a Time Projection Chamber dedicated to the first spectroscopy of very exotic nuclei for the study of the evolution of magic numbers.
Johannes	Simonis	TU Darmstadt	Nuclear structure calculations based on chiral NN and 3N forces for neutron-rich nuclei
Ragnar	Stroberg	Michigan State University	Experimental study of the nuclear structure of neutron-rich isotopes with gamma-ray spectroscopy
Nicole	Vassh	Univ. Wisconsin-Madison	The effect of sterile neutrinos on the reactor antineutrino anomaly using constraints from measurements of the electron neutrino magnetic moment.
Chunli	Zhang	University of Tennessee	PAC (principle-axial-cranking) and TAC (tilted-axial-cranking) study in the Nuclear Energy Density Functional Theory