Key Highlights
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Researchers have designed a new type of cathode material for zinc-organic batteries using multi-sulfur-heterocyclic covalent organic frameworks. This innovation enables a high operating voltage and stable charge storage, leading to batteries with much higher energy density and an exceptionally long lifespan.
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A new molecular anchoring strategy using tripodal phosphonic acid molecules significantly improves the stability and efficiency of perovskite solar cells. This approach simultaneously enhances the interface for better charge extraction and passivates defects in the material, resulting in a record-high certified efficiency and excellent long-term operational stability.
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A UK study reveals that public support for aquifer thermal energy storage (ATES) systems is highly varied and depends on specific project characteristics. People’s willingness to accept this underground heating/cooling technology is shaped by their perceptions of local versus national benefits, safety concerns, and the level of information and policy support provided.
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