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Thomas M. Truskett on Muck Rack

Thomas M. Truskett

Austin
As seen in: ACS Publications, Science Magazine, Royal Society of Chemistry, Journal of Chemical Physics, AIP Publishing
soft matter; higher education; technology impacts; Texas trails; views expressed are mine and not those of any group, org, or institution; same handle, wherever
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Articles

Decoding collective dynamics and complexity in nanoparticle assemblies using graph theory

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By Zhipeng Lin, Hanshen Tsai, Hinano Takase, Jonas Hallstrom, Puquan Pan, Jayson Sia, Sangwok Bae, Dingwen Qian, Chang Zi Qian, Sindy Liu, Lehan Yao, Thomas M. Truskett, Delia J. Milliron, Qian Chen, Xiaoming Mao, Paul Bogdan, Nicholas A. Kotov
| Science Magazine Verified
Editor’s summary Structured Abstract Abstract Supplementary Materials References and Notes Information & Authors Metrics & Citations Check Access References Figures Tables Media Share Editor’s summary Self-assembly of nanoparticles often produces structures that lie between crystalline order and complete disorder, but describing these states remains challenging. Hallstrom et al. applied graph theory to quantify the evolution of truncated gold nanocube assemblies imaged using electron microscopy.
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Correction to “Distribution of Single-Particle Resonances Determines Plasmonic Response of Disordered Nanoparticle Ensembles”

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By Zachary Sherman, Delia J. Milliron, Thomas M. Truskett
| dx.doi.org
Wednesday, May 07, 2025 Please be aware that pubs.acs.org is undergoing maintenance from Saturday February 1 to Monday Febraury 3, that may have an impact on your experience. During this time, you may not be able to access certain features like login, purchasing single articles, saving searches or running existing saved searches, modifying your e-Alert preferences, or accessing Librarian administrative functions. We appreciate your patience as we continue to improve the ACS Publications platform.
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Distribution of Single-Particle Resonances Determines the Plasmonic Response of Disordered Nanoparticle Ensembles

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By Zachary Sherman, Delia J. Milliron, Thomas M. Truskett, Yuriy Myronovych
| dx.doi.org
Introduction Click to copy section linkSection link copied! Metal or doped metal oxide nanoparticles can be integrated into soft materials to harness light for sustainable energy, biomedical, and sensing applications. (1−4) Optical responses of such plasmonic materials are sensitive to the spatial organization of their nanoparticles due to coupling of localized surface plasmon resonances, making controlled assembly a promising platform for plasmonic superstructures.
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