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March 3, 2026Computer Physics CommunicationsOpen Access

Dynamic simulations of strongly coupled spin ensembles for inferring nature of electronic correlations from nuclear magnetic resonance

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Authors

CSCharles SniderSCStephen CarrDFD.E. Feldman

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Overview

Observational analysis reveals pulse-dependent shifts in spectral domain of nuclear spins, indicating electron correlations.

Key Points

  • The findings show how pulse-dependent shifts can infer electronic interaction anisotropy, enhancing NMR studies.
  • Dynamics of nuclear spins were examined using a mean-field model, highlighting key behaviors influenced by electron correlations.
  • Analysis was performed with an efficient open-source CUDA package designed for large spin ensemble simulations exceeding 100,000 spins.
  • The study suggests using the developed simulation tool for exploring exotic NMR signatures in strongly correlated materials.

Cite This Study

Snider et al. (2026) studied this question.

synapsesocial.com/papers/69a76722badf0bb9e87dfbb1https://doi.org/10.1016/j.cpc.2026.110071
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