Welcome to the
Center for Hybrid Approaches in Solar Energy to Liquid Fuels
Our mission is to develop molecule/material hybrid photoelectrodes for cooperative sunlight-driven generation of liquid fuels from carbon dioxide and water.
Image credit: Ella Maru Studio, Inc.
CHASE was initiated in 2020 by U.S. Department of Energy Office of Science, Office of Basic Energy Sciences and includes research partners at:
University of North Carolina at Chapel Hill
Yale University
Brookhaven National Laboratory
University of Pennsylvania
North Carolina State University
Emory University
Princeton University
We aim to address all four DOE Priority Research Opportunities in Liquid Solar Fuels through three complementary research thrusts
Understand the fundamental principles and design strategies that enable the integration of durable semiconductor light absorbers with molecular catalysts to drive liquid fuel production
Tailor the local environment around the catalyst on a molecular scale to direct reactivity along desired pathways
Develop design principles that enable the cooperative integrated photosynthesis of liquid fuels through multi-catalyst cascades
Follow us on Twitter!
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RT @CharlotVogtLab: I have an open position for a fully funded *female* postdoc for 2 years. A background in chem or phys, or related f… https://t.co/7oZ2TRW2Bg
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RT @jakesirlin: I do not think the fact that this was planned by brilliant and kind graduate students is coincidental. I am extreme… https://t.co/YRGNx3pwvn
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RT @jillianldempsey: Thanks to these amazing @chase_ecn @CHASE_Hub and @LiSA_Hub_DOE grad students who organized this fantastic GSSPC sy… https://t.co/ImAYULMZHY
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Congratulations to CHASE grad student @ScottMcGuigan14 for his winning of the Excellence in Chemical Research Schol… https://t.co/TXwHZcMXsX
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RT @doescience: What can you do with carbon dioxide from fossil fuel-based energy? Use the sun to convert it to a solar fuel. Resea… https://t.co/3O9Jf8xljg
Follow our ECN on Twitter!
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Check out our new publication in @JPhysChem "In Situ Attenuated Total Reflectance Infrared Spectroelectrochemistry… https://t.co/UKPW4Zcybh
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Check out our new publication in @ACS_AMI "Characterizing Density and Spatial Distribution of Trap States in Ta3… https://t.co/mvdx7Qu4Kf
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Check out our new publication in @InorgChem "Synthesis and Surface Attachment of Molecular Re(I) Complexes Support… https://t.co/zlf6DMpCef
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RT @FNCastellano: Here is the latest from @MC_Rosko @KromerSarah @Jon_Wheel_99 and Sarah A. from the @CastellanoGroup @NCStateChem… https://t.co/CpbjAfJiUL
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RT @CHASE_Hub: Check out our recent publication in @JPhysChem on a first-principles study on the different excited electron dynami… https://t.co/ZDjoX2DFfb