@APSPhysics journal that covers all areas of experimental & theoretical nuclear physics.

Joined December 2015
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This account will be retired next week as we streamline where we share updates, making it easier to stay connected with the latest research and journal news from APS. The science continues over at @apsjournals 👉
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PRC Letter: Contrasting decays of 3-quasiparticle isomers in 173W: A discerning test of 𝐾 conservation and 𝐾 mixing S. K. Tandel, et al go.aps.org/4tOCgjo Results provide a striking illustration of the competition between 𝐾 conservation and 𝐾 mixing in isomer decay
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A perturbation theory quantum Monte Carlo is introduced for high-order many-body perturbative corrections. Benchmark calculations reproduce exact calculations up to 16th order even in strongly divergent regimes. PRC Editors' Suggestion by X.Zhen et al at go.aps.org/42vJAVN
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Measuring the neutron electric dipole moment can probe beyond Standard Model physics. A program for an experiment in superfluid He has achieved a major step toward significantly enhanced sensitivity. See PRC Editors' Suggestion by M.A. Blatnik et al at go.aps.org/3P8M7lP
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Radiative strength functions (RSFs) are crucial for some reaction codes but difficult to calculate. A practical new approach is found for computing RSFs, validated for 24Mg, and novel results found for 56Fe. See PRC Editors' Suggestion by Gorton, et al go.aps.org/42Y0RXQ
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Octupole degrees of freedom are increasingly important as proton and neutron numbers increase. A proposed Hamiltonian well reproduces the excitation spectrum of 152Sm and addresses shape coexistence See the Editors' Suggestion by J. Xiang, et al at go.aps.org/3Pqvpyk
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High-precision mass measurements of 75Zn show that a state previously assigned to the ground state is instead the first isomeric state, restoring a smooth trend in the two-neutron separation energies. See PRC Editors' Suggestion by M. Müller et al at go.aps.org/4twkRvP
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M. Catacora-Rios, et al show that generalizing the reduced basis method, an emulator for elastic scattering, to coupled-channels equations for nuclear reactions, can provide a fast and reliable solution of several scattering problems. Read more at go.aps.org/4w8J6mg
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Physical Review C retweeted
APS Open Science’s first papers are here. Our new community-driven, open access journal supports research at every stage. Read its inaugural papers on controlling the geometry of 3D soliton knots and hybrid materials for ultrafast photonic and optical devices: journals.aps.org/apsos/recen…
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By computing a key input into optical potentials, the densities are found to be well approximated by a small number of separable terms depending only on the number of protons and neutrons See the PRC Editors' Suggestion by J.Foy, et al at go.aps.org/3QDVc6x
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PRC Letter: Bulk and spectroscopic nuclear properties within an ab initio renormalized random-phase approximation framework R. Folprecht, et al go.aps.org/4u83Kky Modern chiral potential with the 3-body force adopted for closed-(sub)shells throughout the nuclear chart
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PRC Letter: Computational schemes for the Magnus expansion of the in-medium similarity renormalization group Matthias Heinz go.aps.org/4cyh8IO Corrections due to recently developed normal-ordered 3-body IMSRG(3), are in some cases similar to uncertainties in IMSRG(2)
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PRC Letter: Signatures of a baryonic spin-Hall effect in dense QCD matter Baochi Fu, et al go.aps.org/3OB8ZKw Signatures for a spin transport effect analogous to the spin-Hall effect (SHE) in condensed matter systems with 𝛻𝜇𝐵 playing the role of the electric field
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PRC Letter: Proton radioactivity in deformed nuclei with a microscopic optical potential: A novel angular-dependent emission mechanism in the nanosecond-lived 149Lu Yin Fan, et al go.aps.org/4w1eVgP Validating a robust predictive tool for drip-line proton emitters
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How does cold nuclear QCD modify the behavior of quarks and gluons in high-energy collisions? Our first-ever Perspective examines competing mechanisms — and how to reach a unified explanation that has remained elusive: go.aps.org/4vwLrHi
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PRC Launches Perspectives See Editorial at: go.aps.org/4cda6Yo First Perspective: Nuclear cold QCD: Review and future strategy go.aps.org/4c6dlAY A timely reference for researchers and a proposed strategy for the next decade of cold QCD experiments
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PRC Editors' Suggestion: Peripheral heavy-ion collisions below the Fermi energy: The case of 86Kr 64Ni and 86Kr 124Sn at 15 MeV/nucleon O. Fasoula, et al go.aps.org/3O447gr Multiple channels in the nuclear chart offer an efficient route to neutron-rich nuclides.
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PRC Letter: Structure evolution of ground and excited states in the exotic nucleus 22Al Z. C. Xu (许志成), et al journals.aps.org/prc/abstrac… A proton drip line nucleus with exotic structures associated with mirror symmetry breaking such as a halolike structure in the 1 1 state
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PRC Letter: 14N⁡(𝑝,𝛾)⁢15O 𝑆 factor and the puzzling solar composition problem G. X. Dong, et al go.aps.org/4vnomqz Derived C and N abundances are close to predictions from measured cross-sections, yet remain significantly lower than solar neutrino observation values
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PRC Editors' Suggestion: Toward scalable quantum computations of atomic nuclei Chenyi Gu, et al go.aps.org/4bPK6SV With what resources can ground states be calculated? Demonstrations for the deuteron and He3 illustrate the scale of future quantum computations
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