Experimental Evidence for Optimal Resonances in Pion-Nucleus Scattering
D.B. Ion (1), M.L.D. Ion (2), R. Ion-Mihai (2), T.Angelescu (2),, A.A.Radu (3) ((1)Institute for Physics, Nuclear Engineering, Department of, Fundamental Physics, Bucharest, Romania, (2)Bucharest University, Department, for Nuclear Physics, Bucharest, Romania
TL;DR
This paper analyzes pion-nucleus scattering data, confirming the presence of optimal resonances predicted by theory, especially around the Delta(1236) resonance, with high experimental accuracy.
Contribution
It provides experimental validation for the optimal resonance predictions in pion-nucleus scattering, aligning theory with observed data.
Findings
Optimal resonances agree with experimental data near Delta(1236)
Signatures of optimal resonances verified with high accuracy
Supports theoretical models of pion-nucleus interactions
Abstract
Experimental data on the pion-nucleus total cross sections are analyzed in terms of the optimal resonances predictions (OR). The OR-predictions are found in a good agreement with the actual experimental data in the region corresponding to the Delta(1236) resonance in elementary pi-N scattering. The essential signatures of the optimal resonances are experimentally verified with high accuracy.
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Taxonomy
TopicsNuclear physics research studies · Quantum Chromodynamics and Particle Interactions · Quantum chaos and dynamical systems