JCAP News and HIGHLIGHTS

 
High-throughout experiment and theory teams accelerate discovery of materials that can turn water, CO2 and sunlight into fuels.

High-throughout experiment and theory teams accelerate discovery of materials that can turn water, CO2 and sunlight into fuels.

 
JCAP researchers demonstrate efficient light-powered production of fuel from CO2 via artificial photosynthesis.

JCAP researchers demonstrate efficient light-powered production of fuel from CO2 via artificial photosynthesis.

 
Early career scientists are integral part of JCAP. Their research was highlighted at the recent 2017 EFRC-Hub-CMS PI meeting

Early career scientists are integral part of JCAP. Their research was highlighted at the recent 2017 EFRC-Hub-CMS PI meeting

Researchers figured out a more efficient way to make carbon-based fuels from CO2 - a step toward making renewable liquid fuel

Researchers figured out a more efficient way to make carbon-based fuels from CO2 - a step toward making renewable liquid fuel

 
 ACS Editor’s Choice® article describes the describes a new method for rapid construction of phase diagrams by combining AI with combinatorial X-ray data.

 ACS Editor’s Choice® article describes the describes a new method for rapid construction of phase diagrams by combining AI with combinatorial X-ray data.

 
By combining advanced X-ray spectroscopy measuments with calculations, researchers obtained an atomic-scale view of materials.

By combining advanced X-ray spectroscopy measuments with calculations, researchers obtained an atomic-scale view of materials.

In a new study in PNAS, researchers report the mechanics behind an early key step in artificially activating CO2 so that it canbecome the liquid fuel.

In a new study in PNAS, researchers report the mechanics behind an early key step in artificially activating CO2 so that it canbecome the liquid fuel.

 
X-ray technique coupled with theory reveal how oxygen atoms near the surface of Cu had a dramatic effect on the reaction than earlier theories could account for.

X-ray technique coupled with theory reveal how oxygen atoms near the surface of Cu had a dramatic effect on the reaction than earlier theories could account for.

 

A look inside the labs at the Joint Center for Artificial Photosynthesis reveals the inventions and processes that yield groundbreaking discoveries in solar fuel.  The work was published in PNAS.