Sustainable energy solutions via novel material engineering

For solid-state battery breakthroughs with sulfide-based electrolytes

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For solid-state battery breakthroughs using sulfide-based electrolyte interfaces

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Autonomous lab assistants for high-throughput synthesis of perovskite solar cells

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Employing germanium-silicon strain engineering for high-efficiency thermoelectric materials

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10,000-year material stability of perovskite solar cells under nuclear waste storage conditions

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Exploring material transformations at petapascal pressure regimes through mechanochemical reactions

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Uniting glacier physics with semiconductor design for low-temperature electronics

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Advancing perovskite-silicon tandem cells for 2025 cost reduction targets in solar energy

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Roman concrete-inspired self-healing nanomaterials for nuclear waste containment structures

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Optimizing quantum dot solar cells with perovskite tandem integration for 30% efficiency

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Exploring quantum coherence limits in room-temperature superconductors for energy transmission

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Continuous flow chemistry for scalable synthesis of next-generation perovskite solar materials

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