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Frontiers in
Energy Research

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Newsletter Articles

How water molecules sit and behave at the solid–liquid interface
The acidity of salt
Designing the next generation of green energy catalysts via machine learning
A Green New World of Photocatalysis
(Self)-assembling tomorrow: Designing materials that build themselves
Clean energy you don't have to take with a grain of salt
A fundamental approach catalyzes high performance lithium-sulfur batteries
Multi-Scale X-ray Scattering to Address Fundamental Research Questions
A Crystalline Library of Metal Deposits
Unlocking dilute alloy catalysts: the key lies just beneath the surface

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Research Highlights

Atomistic Simulations of Molten Salt Double Layers
EFRC Researchers Design New Catalysts that Change with Time
Focusing Down to an Atomic View of Molten Salts in Extreme Environments: Improving Clarity Through Collaboration
How calorimetry and entropy measurements can be used for engineering high-performance batteries
Better solar cells with a sprinkling of reductant magic dust
Unlocking the Power of Ferroelectrics in Microelectronics
Through the x-ray looking glass: A probe to investigate solute–solvent interactions in molten salt systems for reactor applications
You “hot” MOFs: Metal-organic frameworks go nuclear
Combining chemical intuition and computers to discover new nuclear waste forms
The game of scale: Why do fluids behave differently in confinement?

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