Nuclear physics
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- FUSION: a skill-based research agent for publicly obtainable nuclear-physics codes
- Diffusion and shear viscosity coefficients of hot isospin asymmetric strange hadronic matter using a chiral SU(3) model
- Colloquium: Nuclear clocks
- The regime of competing nuclear reactions in weak r-process
- Measurement of pseudorapidity distributions from Au+Au collisions with the STAR Event Plane Detector
- Ubiquity of ocular resonances in scattering phenomena
- Probing Orbital Angular Momentum Distributions in Elastic Vector Meson Production in Longitudinally Polarized Electron--Proton Scattering
- Muon Tridents at FASER and NA64μ: Motivation, Predictions, and Prospects for Precision Measurements
- Ab initio calculations of 229Th band-to-band internal conversion rate in 229ThO2
- The renormalization of the shell-model neutrinoless double-beta decay operator starting from effective field theory at next-to-next-to-leading order
- A universal probe of QCD spin physics from fragmentation energy correlator
- Anisotropic flow measurements in OO and Ne-Ne collisions with ALICE
- A Large-Volume GAGG(Ce) Detector Module for In-Beam γ-Ray Spectroscopy
- Orientational average in nuclear shape imaging: densities, correlations, and eccentricity in Ne-20
- Strangeness-changing two-body weak currents from SU(3) chiral dynamics
- Bayesian analysis of the Coulomb breakup of C19
- A Unified Model for Radioactive Signatures and Source Identifiability in Neutron Star Mergers
- Track finding and particle identification performance with particle physics foundation models
- CREMA: Collinear Resonance for Exotic Molecules and Atoms
- Machine Learning β-decay Half-lives and Their Application to r-Process Observables
- The iSTORM Instrument for Airborne Measurements of Gamma-Ray Emissions from Thunderstorms
- Timelike Compton scattering on a deuteron target
- Measurements of the neutron background for the Colorado Underground Research Institute (CURIE)
- Quantum Complexity and Stabilizer-State Expansions: From Pairing to Deformation in Fermionic Systems
- Newtonian I-Love-Q relations: An enthalpy-based approach