🚨 New paper alert 🚨
We examine frequently overlooked concepts when attempting to disentangle thermal and non-thermal effects in multicomponent plasmon-driven, gas-phase heterogeneous photocatalysts. 📊 Key insights:
🚀 Implications for plasmonic catalysis:
Distinguishing thermal from non-thermal effects is crucial to realizing the full potential of this field. We urge the field to consider these concepts when conducting and reviewing research in order to accurately guide future efforts.
Demirer Lab @Caltech is looking for passionate graduate students to join us! Explore our exciting research for a sustainable future: demirerlab.com🌏🌱
Apply here to CCE or BBE applyweb.com/caltgapp/index.… & mention your interest in our lab in your statement. Deadline: Dec 1
Please share broadly. My group @UclaCBE will be recruiting graduate students to begin in Fall 2025. Research topics include heterogeneous catalysis and reaction engineering. Deadline to apply Dec 31. See our website (stchavez2.wixsite.com) and attached document for details.
We are happy to share that FEWLS is receiving an NSF EPSCoR research grant to support our research on catalytic conversion of polyolefins.
A big thank you to NSF EPSCoR!
#NSF#recycling#EPSCoR
Check out for more: wix.to/1ZuF8ly
Come see how precise materials synthesis, advanced theory, and operando spectroscopy work together to understand dynamics in catalysis. This work was performed with @cargnellogroup in collaboration with @SUNCAT_Center.
Thrilled to receive the @NIH Director’s New Innovator Award!🚀 This launches a new research area for us to study dynamic processes at electrified interfaces in biology (e.g., ⚡️🧠 during an action potential) using our novel cryo-EM tools developed for #batteries. #NIHHighRisk