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Frontiers in
Energy Research

Newsletter

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Newsletter Articles

How water molecules sit and behave at the solid–liquid interface
An EFRC with potential: Bridging the gaps between catalysis communities
(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
A Crystalline Library of Metal Deposits
Multi-Scale X-ray Scattering to Address Fundamental Research Questions
Unlocking dilute alloy catalysts: the key lies just beneath the surface
Powering up Li-ion batteries with anion redox chemistry
Science: This is how we do it

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Research Highlights

The game of scale: Why do fluids behave differently in confinement?
A step forward for commercializing low-cost perovskite solar cells
Synchrotron X-rays shine light on energy science
A nanospace for enhanced catalysis
Machine learning of protein self-assembly
When society calls with big scientific challenges, EFRCs answer!
Understanding the structure of lignin, the way nature makes it
The Shape of Water (in Polymers)
Sustainability of Renewable Energy Technology
Mind the “materials gap”

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