In Pictures: NMR Spectroscopy Reveals Hidden Flaws in Batteries and Semiconductors

A wind turbine stands beside a canal, illustrating the kind of infrastructure that could benefit from advanced material analysis.

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Wind turbines rise over verdant farmland, a setting where improved battery and semiconductor materials could support renewable energy growth.

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Fog enshrouds a curving road with wind turbines, representing the pursuit of cleaner energy through better materials.

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A highway runs through a grassy valley with wind turbines beneath overcast skies, highlighting the scale of renewable energy deployment.

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Cars drive past tall wind turbines, underscoring the role of efficient materials in sustainable transport.

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A suspended monorail glides through the city, reflecting innovations in transit that may gain from precise material studies.

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Wind turbines dot the landscape as seen from a car window, a sign of energy infrastructure reaching rural areas.

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A lone wind turbine against a blue sky symbolizes the promise of advanced materials for energy efficiency.

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An electric car charges at a station, a sector where NMR-detected flaws in batteries could boost performance.

Photo by Mike Bird on Pexels