Latest Articles for Nuclear Physics

This article investigates how nuclear shape affects decay processes.

Research reveals important details about short-range correlations in mirror nuclei.

Recent research sheds light on the complex behavior of fission fragment spins.

BSkG3 improves nuclear structure understanding and neutron star predictions.

This study analyzes quark distributions in pions using the chiral quark model.

CUPID-Mo experiment provides precise measurements of Molybdenum-100 decay.

New pulse shapes enhance ion heating for better energy output in fusion reactions.

Research sheds light on nucleon interactions at short distances using CLAS12 experiments.

Research on gravitational form factors enhances knowledge of baryon properties.

Scientists test new detectors to search for double-beta decay in an underground lab.

Borexino experiment provides first direct evidence of CNO solar neutrinos.

Research highlights interactions of nucleons and their effects on matter behavior.

Investigating how high-energy gamma rays create electron-positron pairs in strong fields.

Research reveals key insights into atomic decay and energy spectra at low levels.

New methods shed light on breakup reactions in nuclear interactions.

The EicC aims to enhance our knowledge of gluon distributions and particle interactions.

Exploring holographic QCD's impact on our understanding of baryons and the strong force.

Explore the role of nuclear magnetic moments in atomic nuclei behavior.

Study explores rapidity gaps in diffractive scattering at HERA and future EIC.

Investigating unique pentaquark states and their implications for particle physics.

OF-DFT offers new insights into complex nuclear systems beyond traditional methods.

This article reviews methods and uncertainties in hypernuclei separation energy calculations.

Learn how stars create elements through various processes and their significance in the universe.

Study reveals the proton emission behavior of Lutetium-176 and its half-life.

Research examines how mesons react in hot, magnetized environments.

An overview of nuclear pairing types and their implications in atomic physics.

Examining photonuclear reactions reveals unique isomeric states in molybdenum.

Investigating isomer states in odd-even isotopes of Md and Rg nuclei.

Research reveals advances in understanding cluster radioactivity and its implications for nuclear decay.

Investigating neutron-rich isotopes reveals new insights into heavy element formation.

Discover how neutrinos shape the creation of elements in cosmic events.

This research reveals insights into neutron-proton scattering and their interactions within the atomic nucleus.

Research reveals important energy differences in atomic nuclei with advanced modeling techniques.

Research on Quark-Gluon Plasma reveals complex behaviors through kinetic theory and hydrodynamics.

Research on thorium's isomeric state could lead to advancements in atomic clocks.

An examination of the localization function's effectiveness in understanding nucleon behavior.

Recent findings from the STAR experiment shed light on quark-gluon plasma properties.

Studying ultraperipheral collisions reveals the structure of protons and nuclei through photon interactions.

Study reveals insights into oxygen decay processes affecting element formation in stars.

New findings on reactor antineutrinos challenge existing nuclear data predictions.