This study presents an atomistic yet classical approach coupled to a QM Hamiltonian, to predict plasmonic properties of nanostructured materials. The method enables large-scale simulations, also capturing quantum effects. Remarkably, it accurately reproduces computed reference data and experiments.
Modeling Plasmonics and Molecular Plasmonics from an Atomistic Perspective
Cappelli, Chiara
2025
Abstract
This study presents an atomistic yet classical approach coupled to a QM Hamiltonian, to predict plasmonic properties of nanostructured materials. The method enables large-scale simulations, also capturing quantum effects. Remarkably, it accurately reproduces computed reference data and experiments.File in questo prodotto:
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