Our work with @TheOdomGroup on large-scale plasmonic metasurfaces featuring bimetallic spiky Au@Pt nanoparticle lattices, published in @NanoLetters, highlights how nanoscale design enhances light-driven chemical activity.
@NUChemistry@nu_chbe@IINanoNU
https://t.co/R6WKCzkyq5
Congratulations @teriwodom@NUChemistry on the 2025 John Gamble Kirkwood Award. Odom visited Yale Chemistry to deliver the award lecture and accept the Kirkwood Medal for her extraordinary research achievements in structured nanoscale materials. https://t.co/CFQjb6GB1Y
ACS150 JACS Symposium Series: ETH Zurich welcomes leading experts as keynote speakers including Nobel Laureate Prof. Moungi Bawendi, Prof. Teri W. Odom, and Prof. Xiaodong Chen.
📍@ETH_en | 📅12-13 January
Explore more upcoming events in the Series:
https://t.co/CrAc7GMST5
@TheOdomGroup introduces a moiré-based metasurface technique for creating HE beams with precise rotational symmetry. Our modular approach offers an intuitive design principle and enhances optical tunability
@NUChemistry#Optics#Photonics#Metasurfaces
https://t.co/4kM2JB4kzL
@TheOdomGroup describes how high rotational symmetry in moiré plasmonic nanoparticle lattices can be used to predict multidirectional lasing characteristics, combining advantages of both aperiodic and Bravais lattices for light-based tech
@NUChemistry
https://t.co/0NWWObwO6M
.@TheOdomGroup at @NUChemistry achieved polariton lasing with CdSe nanoplatelets & plasmonic lattices critical for new applications in quantum info, optoelectronics, & chemical reactions. #NanoScience#QuantumTech
Read it here 🔗 https://t.co/OobmBQWD80
The Odom Group marries highly efficient semiconductor nanocrystals with versatile ligand chemistry to create water-based lasing for potential use in biosensing devices.
@JChemPhys@NUChemistry
https://t.co/R6LCJSgwRH
Congratulations @teriwodom on receiving the prestigious 2024 #SPIE Mozi Award.
“Her pioneering research has made significant contributions to the exploration of nanoscale materials with exceptional properties."
#nanomaterials#womeninSTEM@NUChemistry
https://t.co/HvyzxIDwQ8
@TheOdomGroup reports a scaffold-templated, bottom-up synthesis of 3D anisotropic nanofeatures on periodic arrays of gold nanoparticles, resulting in patterned spiky nanoparticles. @NanoLetters
https://t.co/e8bAroDmwC
@NorthwesternU@NUChemistry@teriwodom
Realizing multicolor lasing in a single substrate using quasi-random multimetallic nanoparticle arrays from @teriwodom, @GCSchatz, and @ResearchNU, in collaboration with researchers at @argonne.
@NUChemistry@acsnano
https://t.co/F0sl5If7bf
@AnnaDanqing's work "Superlattice Surface Lattice Resonances in Plasmonic Nanoparticle Arrays with Patterned Dielectrics", a collaborative effort between the Odom Group and @GCSchatz, has been published in @JPhysChem
https://t.co/x5y9Xxlb5X
@ResearchNU@NUChemistry
We are looking forward to @teriwodom's upcoming talk at the @NatureConf 'Functional 2D Materials' conference in Korea this November. Explore the remarkable array of fellow researchers and join us by submitting your abstract before September 4th. https://t.co/EHakxOftQy
Join us for an exciting conference in Korea discussing innovative and potential uses of 2D materials. Headlined by @teriwodom (@NUChemistry@TheOdomGroup) Eva Olsson (@ChalmersPhysics) and Jinwoo Cheon (@yonsei_u).
Get your tickets at: https://t.co/RgLLvrkpRO
A new study by @CLP_Institute member Teri Odom, @TheOdomGroup, has discovered "an entirely new class of engineered materials that have no counterpart or analogue in nature.” https://t.co/ziTUwPPmR5
Odom Group member Jack Diloknawarit was awarded the Best Presenter at the @ICNMS conference for his paper "Single-Particle Protein Corona Distribution on DNA-functionalized Branched Nanoparticles.