Advanced materials synthesis and nanotechnology

Connecting medieval alchemy with materials discovery through photoredox chemistry

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At plasma oscillation frequencies via self-assembled monolayer doping

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Automated retrosynthesis for accelerating drug discovery in rare disease treatments

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Yoctogram mass measurements of viral particles using optomechanical resonator arrays

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Connecting medieval alchemy with modern nanomaterials discovery through historical texts

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Repurposing abandoned semiconductor factories for scalable quantum dot production

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Enhancing waste-heat recovery in industrial systems using nanostructured thermoelectric materials

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Optimizing redox flow battery efficiency through nano-structured electrolyte membranes

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Connecting medieval alchemy with materials discovery: historical precursors to modern nanotechnology

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Microwave-assisted synthesis of quantum dots for attojoule energy regime optoelectronic devices

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Real-time crystallization control during pharmaceutical synthesis using AI-driven feedback loops

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Using nanoscale mixing to optimize drug delivery in cancer therapeutics

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