On the Deutron Relativistic Wave Function
L. Abesalashvili, L. Akhobadze, V. Garsevanishvili, T. Jalagania, Yu., Tevzadze
TL;DR
This paper explores the relativistic wave function of the deuteron using light front dynamics, extracting parameters by comparing theoretical models with experimental data from high-energy deuteron collisions.
Contribution
It introduces a relativistic approach to the deuteron wave function using light front formalism and extracts parameters based on experimental data.
Findings
Wave function parameters are successfully extracted.
Theoretical results align with experimental data.
Relativistic effects are significant in deuteron structure analysis.
Abstract
Light front form of the relativization of the deuteron wave function is considered. Parametars of the wave function are extracted comparing theoretical results with experimental data. Experimental data are obtained on the two-metre propane bubble chamber of JINR (Dubna) bombarded by the deutron beam with momentum of 4.2 GeV/c/nucleon
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Taxonomy
TopicsNuclear Physics and Applications · Nuclear physics research studies · Particle physics theoretical and experimental studies