Macromolecular association in homogeneous solutions of oppositely charged polyions creates dispersity that influences liquid-liquid phase separation, forming an open miscibility gap.
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Moving in Nature Communications, bioRxiv, Nature and Proceedings of the National Academy of Sciences.
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Macromolecular association in homogeneous solutions of oppositely charged polyions creates dispersity that influences liquid-liquid phase separation, forming an open miscibility gap.
Ionrovoltaic effect enhances energy conversion at semiconductor-liquid interfaces with a peak power density of 541 W/m², surpassing other triboelectric systems.
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