Nuclear Theory·nucl-th

Friday·March 1, 2019

13 papers—6 primary·7 cross-listed

#PaperarXiv IDCategoryJournalCitations

01
Electromagnetic Scattering in Degenerate and Partially Degenerate Nuclear Matter
Stephan Stetina🇦🇹 · nucl-th
1902.10745nucl-th—1
02
Dressed Quark Tensor Vertex and Nucleon Tensor Charge
Langtian Liu🇨🇳 · Lei Chang🇨🇳 · Yu-xin Liu🇨🇳 · nucl-th
1902.10917nucl-thPRD11
03
Reexamination of the $β^{+}$ decay process of $^{13} N$ nucleus
B.F. Irgaziev · Jameel-Un Nabi · Abdul Kabir · nucl-th
1902.10925nucl-th—0
04
Low-energy dipole excitation modes in $^{10}$ Be
Yuki Shikata · Yoshiko Kanada-En'yo · Hiroyuki Morita · nucl-th
1902.10962nucl-thPTEP8
05
Energy-weighted sum rule for nuclear density functional theory
Nobuo Hinohara · nucl-th
1902.11005nucl-thPRC7
06
Examination of Flow and Non-Flow Factorization Methods in Small Collision Systems
S.H. Lim🇺🇸 · Q. Hu🇺🇸 · R. Belmont🇺🇸 · K.K. Hill🇺🇸 · J.L. Nagle🇺🇸 · D.V. Perepelitsa🇺🇸 · nucl-th
1902.11290nucl-thPRC33
07
Chiral imbalance in hadron matter : its manifestation in photon polarization asymmetries
A.A.Andrianov🇷🇺 · V.A.Andrianov🇷🇺 · D.Espriu🇪🇸 · A.V.Iakubovich🇷🇺 · A.E.Putilova🇷🇺 · ↳ hep-ph
1902.10705↳ hep-phPhys.Part.Nucl.Lett.3
08
Finite-temperature extension for cold neutron star equations of state
Carolyn A. Raithel · Feryal Ozel · Dimitrios Psaltis · ↳ astro-ph.HE
1902.10735↳ astro-ph.HEApJ88
09
Nature of the $Y (4260)$ : A light-quark perspective
Yun-Hua Chen🇨🇳 · Ling-Yun Dai🇨🇳 · Feng-Kun Guo🇨🇳 · Bastian Kubis🇩🇪 · ↳ hep-ph
1902.10957↳ hep-phPRD44
10
Generalized Crossover in Interacting Fermions within the Low-Energy Expansion
Hiroyuki Tajima · ↳ cond-mat.quant-gas
1902.11081↳ cond-mat.quant-gasJ.Phys.Soc.Jap.6
11
Determination of the quark-gluon string parameters from the data on pp, pA and AA collisions at wide energy range using Bayesian Gaussian Process Optimization
Vladimir Kovalenko (Saint Petersburg State University)🇷🇺 · ↳ physics.data-an
1902.11082↳ physics.data-anPoS1
12
Shape staggering of mid-shell mercury isotopes from in-source laser spectroscopy compared with Density Functional Theory and Monte Carlo Shell Model calculations
S. Sels🇧🇪 · T. Day Goodacre🇬🇧 · B. A. Marsh🇨🇭 · A. Pastore🇬🇧 · W. Ryssens🇫🇷 · Y. Tsunoda🇯🇵 · N. Althubiti🇬🇧 · B. Andel🇸🇰 · A. N. Andreyev🇬🇧 · D. Atanasov🇩🇪 · A. E. Barzakh🇷🇺 · M. Bender🇫🇷 · J. Billowes🇬🇧 · K. Blaum🇩🇪 · T. E. Cocolios🇧🇪 · J.G. Cubiss🇬🇧 · J. Dobaczewski🇬🇧 · G. J. Farooq-Smith🇧🇪 · D. V. Fedorov🇷🇺 · V. N. Fedosseev🇨🇭 · K. T. Flanagan🇬🇧 · L.P. Gaffney🇬🇧 · L. Ghys🇧🇪 · P-H. Heenen🇧🇪 · M. Huyse🇧🇪 · S. Kreim🇩🇪 · D. Lunney🇫🇷 · K. M. Lynch🇨🇭 · V. Manea🇩🇪 · Y. Martinez Palenzuela🇧🇪 · T. M. Medonca🇨🇭 · P. L. Molkanov🇷🇺 · T. Otsuka🇯🇵 · J. P. Ramos🇨🇭 · R. E. Rossel🇨🇭 · S. Rothe🇨🇭 · L. Schweikhard🇩🇪 · M. D. Seliverstov🇷🇺 · P. Spagnoletti🇬🇧 · C. Van Beveren🇧🇪 · P. Van Duppen🇧🇪 · M. Veinhard🇨🇭 · E. Verstraelen🇧🇪 · A. Welker🇩🇪 · K. Wendt🇩🇪 · F. Wienholtz🇩🇪 · R.N. Wolf🇩🇪 · A. Zadvornaya🇧🇪 · ↳ nucl-ex
1902.11211↳ nucl-exPRC65
13
Novel Method for Precisely Measuring the $X (3872)$ Mass
Feng-Kun Guo🇨🇳 · ↳ hep-ph
1902.11221↳ hep-phPRL77

Affiliations

first authorsco-authorsvia INSPIRE