Rhodium nanospheres synthesized via laser ablation in liquid address the UV plasmonic gap left by gold and silver and can be easily functionalized with thiols. The spherical morphology enables UV-visible optical sensing and benchmarking with classical electrodynamic models. Rh stability at high temperature and against acids outperforms Au and Ag.
Rhodium Nanospheres for Expanding Plasmonic Applications with UV and Visible Light
Amendola V.
2025
Abstract
Rhodium nanospheres synthesized via laser ablation in liquid address the UV plasmonic gap left by gold and silver and can be easily functionalized with thiols. The spherical morphology enables UV-visible optical sensing and benchmarking with classical electrodynamic models. Rh stability at high temperature and against acids outperforms Au and Ag.
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