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Dominance of tensor correlations in high-momentum nucleon pairs studied by (p,pd) reaction

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arxiv 1811.02118 v2 pith:66IKFRIH submitted 2018-11-06 nucl-ex nucl-th

S. Terashima , L. Yu , H.J. Ong , I. Tanihata , S. Adachi , N. Aoi , P.Y. Chan , H. Fujioka
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M. Fukuda H. Geissel G. Gey J. Golak E. Haettner C. Iwamoto T. Kawabata H. Kamada X.Y. Le H. Sakaguchi A. Sakaue C. Scheidenberger R. Skibinski B.H. Sun A. Tamii T.L. Tang D.T. Tran K. Topolnicki T.F. Wang Y.N. Watanabe H. Weick H. Witala G.X. Zhang L.H. Zhu
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The isospin character of p-n pairs at large relative momentum has been observed for the first time in the 16O ground state. A strong population of the J,T=1,0 state and a very weak population of the J,T=0,1 state were observed in neutron pick up domain of 16O(p,pd) at 392 MeV. This strong isospin dependence at large momentum transfer is not reproduced by the distorted-wave impulse approximation calculations with known spectroscopic amplitudes. The results indicate the presence of high-momentum protons and neutrons induced by the tensor interactions in ground state of 16O.

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  1. Short-range correlations in nuclei

    nucl-ex 2026-05 unverdicted novelty 2.0 of 10

    Short-range correlated pairs account for roughly 20% of nucleons in any nucleus and nearly all high-momentum nucleons, originating from the nucleon-nucleon tensor force.

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