Julia Greer
Principal Investigator
California Institute of Technology
I'm working on
9 months ago
Architected materials, additive manufacturing, biomimetics, nanofluidics, adhesives
About
Julia Greer’s group develops micro- and nano-architected materials via additive manufacturing, linking dynamic bonding and structure to mechanics, transport, and function across hydrogels, photonic/energy materials, and microrobotics; leveraging biomimetics, nanofluidics, and tunable adhesion.
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California Institute of Technology
Thermo-responsive micro-architected hydrogels for atmospheric water extraction
A 3D-printable super-absorbent hydrogel that captures water from air in arid environments and releases it on demand using mild heat. The interpenetrating polymer network combines high water uptake with rapid, thermally t...
TechnologyConceptualUniversity
California Institute of Technology
Nano-architected CKA-co-alkyl acrylate polymers for sustainable packaging coatings
UV-initiated degradable polymer coatings that combine cyclic ketene acetals with acrylate chemistry to improve backbone degradability. Compatible with 3D printing and interference lithography for scalable, solution-proce...
TechnologyConceptualUniversity
Julia Greer
Principal Investigator
California Institute of TechnologyWork experience
Principal Investigator
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AdhesivesBiomimeticsNanofluidics
Last updated Jan 2026
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