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CENTER FOR THE SCIENCE OF
SYNTHESIS ACROSS SCALES

RESEARCH HIGHLIGHTS

Alberstein et al Highlight Graphic_JPC Lett.JPG

The Response of Water to Surface Structure is Key to Understanding Protein Self-Assembly on Mica

Qi et al Highlight Graphic_Predictive Framework_ACS Nano.png

Predictive Framework for Dynamic Control of Protein-Nanoparticle Assembly

Ma et al Highlight Graphic_Layered Heter

Layered Heterostructures from Nanoparticle-Mediated Assembly of Protein-Modified Peptoid Nanosheets

Zhao et al Highlight Graphic_Mesoscale M

Mesoscale Model for Engineered Peptoid Materials

Pyles et al Highlight Graphic_Designer P

Designer Proteins Self-Assemble into Wires and Lattices on Crystal Surfaces

Ma Adv Mater Graphic.png

Controlled Mineralization with Protein-Functionalized Peptoid Nanotubes

Zhao et al Highlight Graphic_Hierarchical Self-Assembly_Biomac_2022.png

Hierarchical Self-Assembly Pathways of Peptoid Helices and Sheets

Monahan et al Highlight Graphic_Peptoid

Peptoid-Directed Assembly of CdSe Nanoparticles

Zhang et al Highlight Graphic_Multiple 2

Multiple 2D Materials From a Single, Patchy Protein

Zhang PNAS graphic for highlight.JPG

Anomalous Rotational Dynamics of Proteins on Surfaces

Prelesnik Highlight Graphic.JPG

Protein Assembly on Surfaces Reflects Intrinsic Ion-Specific Solvent Response to the Surface

Ziatdinov et al Highlight Graphic_Deep M

Deep Machine Learning for Quantifying Protein Dynamics from High-Speed Atomic Force Microscopy Data

Hellner et al Highlight Graphic_Peptide

Uncovering Relationships Between Peptide Sequence, Structure, and Inorganic Adhesion Behavior

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