A model to predict degradation of lithium metal batteries at rest and the electrolyte composition over time is developed.
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A model to predict degradation of lithium metal batteries at rest and the electrolyte composition over time is developed.
Wearable mercury sensors will radically change the field of food and water analysis.
A novel fluorescent organic glass (FOG) exhibits unprecedented properties.
Autonomous machines which respond quickly, sustain high loads and adapt to their surroundings can emerge from the internal design of composite materials.
A peek into the Advanced journal archives reveals some of the interesting and creative work published over the years that is still being cited today.
A special issue of Advanced Materials on next-generation batteries.
Celebrating 30 years of Advanced Materials and the 15th anniversary of the NCNST!
Searching for the polymer that will allow organic photovoltaic devices to reach optimal performance.
An elastomeric substrate to support flexible, biocompatible electronic devices.
The recent progress and challenges in the field of micro/nanostructured paper for portable electronics.