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Present and validate Nexus-NRS, an open functional-programming software suite in Clojure designed for reproducible nuclear reaction modeling and single-nucleon transfer calculations.

August 15, 2026ParticlesOpen Access

Nexus-NRS (Nuclear Reaction Suite): Open Functional-Programming Software for Nuclear Reaction Modeling with DWBA—Design and Validation

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Authors

ASA. Sanetullaev MBMarhabo Beymamatova

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Overview

Computational validation demonstrates accurate nuclear reaction modeling and halo-state stability using functional software, indicating high numerical reliability for transfer reactions.

Key Points

Present and validate Nexus-NRS, an open functional-programming software suite in Clojure designed for reproducible nuclear reaction modeling and single-nucleon transfer calculations.
Implemented radial solvers using Riccati–Numerov integration with near-origin initialization, discrete Wronskian stability diagnostics, optical-model potentials, and post-form Distorted Wave Born Approximation (DWBA).
Benchmarked numerical accuracy on a 11Be halo bound state, compared single-threaded runtime to NumPy, evaluated 16O(d,p)17O radial integrals against DWUCK4, and tested transfer predictions against experimental 11Li(p,d)10Li cross-section data.
Near-origin Numerov initialization agreed to better than 10⁻⁹ on the 11Be halo observable, reduced discrete Wronskian drift by a factor of ~6–7, and executed within a factor of ~1.4 of NumPy.
Transfer calculations for 11Li(p,d)10Li reproduced forward-angle experimental shapes with a reduced chi-square of χ²_ν = 2.1, compared to χ²_ν = 7.4 across the full angular range.

Cite This Study

Sanetullaev et al. (2026) studied this question.

synapsesocial.com/papers/6a8019fe75c2e31742c8652b https://doi.org/10.3390/particles9030082

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August 15, 2026ParticlesOpen Access

Nexus-NRS (Nuclear Reaction Suite): Open Functional-Programming Software for Nuclear Reaction Modeling with DWBA—Design and Validation

View Full Paper

Ask AI

Bookmark

Authors

ASA. Sanetullaev MBMarhabo Beymamatova

Discussion

Member takes

Overview

Computational validation demonstrates accurate nuclear reaction modeling and halo-state stability using functional software, indicating high numerical reliability for transfer reactions.

Key Points

Present and validate Nexus-NRS, an open functional-programming software suite in Clojure designed for reproducible nuclear reaction modeling and single-nucleon transfer calculations.
Implemented radial solvers using Riccati–Numerov integration with near-origin initialization, discrete Wronskian stability diagnostics, optical-model potentials, and post-form Distorted Wave Born Approximation (DWBA).
Benchmarked numerical accuracy on a 11Be halo bound state, compared single-threaded runtime to NumPy, evaluated 16O(d,p)17O radial integrals against DWUCK4, and tested transfer predictions against experimental 11Li(p,d)10Li cross-section data.
Near-origin Numerov initialization agreed to better than 10⁻⁹ on the 11Be halo observable, reduced discrete Wronskian drift by a factor of ~6–7, and executed within a factor of ~1.4 of NumPy.
Transfer calculations for 11Li(p,d)10Li reproduced forward-angle experimental shapes with a reduced chi-square of χ²_ν = 2.1, compared to χ²_ν = 7.4 across the full angular range.

Cite This Study

Sanetullaev et al. (2026) studied this question.

synapsesocial.com/papers/6a8019fe75c2e31742c8652b https://doi.org/10.3390/particles9030082

View Full Paper

Ask AI

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