Energy
Researchers identify an electrical imbalance that can initiate lithium deposits and short circuits inside solid electrolytes
| 2 min read
Researchers can now access AI foundation models and large language models on HPC systems without managing their own infrastructure
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Learn why mechanical and chemical failures disrupt alternative metal-ion batteries during scaled testing
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Miniature electrochemical systems use real-time sensors and AI to optimize sustainable fuel and chemical production
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New findings on "in-between" materials offer researchers a roadmap for more efficient energy conversion
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A brain-inspired memristor discovery offers a path toward more sustainable high-demand laboratory AI computing
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The DOE Office of Critical Minerals and Energy Innovation launches a $500 million initiative to expand battery manufacturing and recycling
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New plasmonic chemistry method uses light and electricity to drive key industrial reactions
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LLM-based approach improves materials synthesis by redesigning crystal structures into feasible forms
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Polymer membrane gas separation technology offers lower-energy alternatives to conventional chemical separations
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DOE-backed FORUM-AI platform integrates agentic AI, supercomputing, and automation for materials research
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Peer-reviewed article introduces a unified model for designing and characterizing biochar materials
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Inefficient inventory practices and overlooked equipment conditions can drive unnecessary cost, energy use, and risk inside lab fridges and freezers
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