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Frontiers in
Energy Research

Newsletter

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Newsletter Articles

Revolutionizing Nuclear Waste Management: Treating the Nuclear Waste Stream for Contamination-Free Discharge
EFRC: Thermal Energy Transport Under Irradiation (TETI): Predicting Thermal Energy Transport in Actinide Materials in Extreme Environments
Self-Driving Microscope Accelerates Physics Discoveries
µ-ATOMS Center Established to Understand Fundamentals of Atomic Ordering in Semiconductors
Trapped in Minerals Underground: The Future for CO2?
CD4DC: an EFRC with a New Look for Hydrogen Fuels
The Superpowers of Hydrogen Atoms
An EFRC with potential: Bridging the gaps between catalysis communities
How water molecules sit and behave at the solid–liquid interface
The acidity of salt

Pagination

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Research Highlights

Nanofluidics Research of Natural Porous Media
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

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