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in situ imaging and spectroscopy of emerging materials in physical and biophysical chemistry
Many investigations in the Ginsberg group concern the fundamental properties and mechanisms of the formation and emergent properties of hierarchical materials – materials that include a hierarchy of bond strengths because their basic building blocks, molecules or nanoparticles, are more complex than individual atoms. Hierarchical materials present a wide array of underexplored phase behaviors and emergent properties. While everyday examples range from glasses and plastics to QD and OLED displays, hierarchical materials also include biological assemblies, a vast array of next-generation semiconductors that can be formed with far more modest protocols than conventional ones are are being explored for solar cells and other energy-related applications, and metal organic frameworks being celebrated for their porosity amenable to selective gas adsorption, nanoreactions, and catalytic function.
in situ imaging and spectroscopy of emerging materials in physical and biophysical chemistry
Many investigations in the Ginsberg group concern the fundamental properties and mechanisms of the formation and emergent properties of hierarchical materials – materials that include a hierarchy of bond strengths because their basic building blocks, molecules or nanoparticles, are more complex than individual atoms. Hierarchical materials present a wide array of underexplored phase behaviors and emergent properties. While everyday examples range from glasses and plastics to QD and OLED displays, hierarchical materials also include biological assemblies, a vast array of next-generation semiconductors that can be formed with far more modest protocols than conventional ones are are being explored for solar cells and other energy-related applications, and metal organic frameworks being celebrated for their porosity amenable to selective gas adsorption, nanoreactions, and catalytic function.
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ACS NANOno. 7 (2024): 5778-5789
ACS nano (2024)
Matthew J. Hurley,Christian P. N. Tanner,Joshua Portner,James K. Utterback,Igor Coropceanu,Garth J. Williams,Avishek Das,Andrei Fluerasu,Yanwen Sun,Sanghoon Song, Leo M. Hamerlynck, Alexander H. Miller,
arxiv(2024)
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Journal of the American Chemical Societyno. 29 (2023): 15827-15837
Jenna A. Tan,Jordan T. Dull,Steven E. Zeltmann, Jakhangirkhodja A. Tulyagankhodjaev,Holly M. Johnson,Alex Liebman-Pelaez,Brendan D. Folie,Sven A. Donges,Omar Khatib,Jonathan G. Raybin,Trevor D. Roberts,Leo M. Hamerlynck,
ADVANCED FUNCTIONAL MATERIALSno. 13 (2023)
Jiayi Li,Zhihengyu Chen,Santanu Saha,James K. Utterback,Michael L. Aubrey,Rongfeng Yuan,Hannah L. Weaver,Naomi S. Ginsberg,Karena W. Chapman, Marina R. Filip, Hemamala I. Karunadasa
Journal of the American Chemical Societyno. 25 (2023): 14164-14164
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Rongfeng Yuan,Trevor D. Roberts,Rafaela M. Brinn,Alexander A. Choi,Ha H. Park,Chang Yan,Justin C. Ondry, Siamak Khorasani, David J. Masiello,Ke Xu,A. Paul Alivisatos,Naomi S. Ginsberg
SCIENCE ADVANCESno. 42 (2023)
JOURNAL OF THE AMERICAN CHEMICAL SOCIETYno. 25 (2023): 14164-14164
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