Latest Research in Nuclear Theory

Top Research Topics in Nuclear Theory

• High Energy Physics - Phenomenology — 7 papers
• Nuclear Theory — 5 papers
• High Energy Physics - Lattice — 3 papers
• Nuclear physics research studies — 2 papers
• High-Energy Particle Collisions Research — 2 papers
• Quantum Chromodynamics and Particle Interactions — 1 papers

Highest-Cited Papers

1. Studying Properties of the SU(2) QCD by Lattice Field Theory Methods
2. The chiral filter
3. Imprints of the nuclear liquid-gas phase transition on net-baryon number fluctuations
4. Rotational effects on the chiral crossover transition in QCD matter
5. Analysis of the strengths of the contact potential at N4LO through nuclear and neutron matter
6. Probing the $B^{0}$ meson in a hot medium with finite baryon chemical potential
7. Electromagnetic structure of strange vector mesons in nuclear medium
8. Recent applications of the gradient flow
9. Percent-Level Prediction of the Deuteron Magnetic Polarizability
10. Scalar glueball-$s\bar{s}$ mixing in one flavor lattice QCD
11. Bias-Corrected Machine-Learning Estimation of Chiral Condensate Cumulants: A Retrospective Lattice QCD Case Study
12. Long-distance hybrid spin-dependent and hybrid-quarkonium mixing potentials from lattice gauge theory
13. In-Medium Modification of $ϕ$ Meson Mass over Temperature and Momentum
14. Debye screening mass in hot QCD at three loops: Canonical form of the integrand
15. Minimal-Length Deformations of Chiral Quark Matter in a 2+1-Flavor NJL Model
16. BKT-37Y09 Orthogonal Projection, Hidden-Sector Self-Energy, and Cross-Channel Identifiability in Proton-Structure Studies
17. Phase diagram of chiral 2-flavor QCD based on an effective approach
18. The high density frontier in lattice QCD
19. BKT-37Y09 Orthogonal Projection, Hidden-Sector Self-Energy, and Cross-Channel Identifiability in Proton-Structure Studies
20. QCD phase transition at finite isospin density and magnetic field within the three-flavor NJL model