Sustainable energy solutions via novel material engineering

Catalyst discovery algorithms for sustainable megayear material degradation prediction

catalyst discovery material degradation AI simulation extreme environments sustainability

Optimizing transition metal dichalcogenide channels for next-generation smartphone integration

TMDCs smartphone processors energy efficiency 2D materials nanoscale engineering

Employing self-healing materials for megacity-scale infrastructure solutions by 2032

self-healing polymers urban infrastructure sustainability smart cities material science

Focusing on 2023 breakthroughs in high-temperature superconducting hydrides under ambient pressure

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With transition metal dichalcogenide channels for ultra-low-power electronics

TMDs nanoelectronics energy-efficient devices 2D materials semiconductor physics

In attojoule energy regimes: Harvesting ambient vibrations with piezoelectric metamaterials

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Enhancing perovskite-silicon tandem cell stability with 50-year durability requirements for space applications

perovskite-silicon tandem cells space photovoltaics durability testing encapsulation materials degradation mechanisms

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

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Optimizing superconducting qubit coherence at Josephson junction frequencies with novel materials

Josephson junctions superconducting qubits quantum coherence materials science cryogenic engineering

Using waste-heat thermoelectrics for industrial energy recovery and decarbonization

waste-heat recovery thermoelectrics industrial decarbonization energy efficiency sustainable manufacturing

For solid-state battery breakthroughs using solvent-free processing techniques

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Scaling perovskite solar cells with plasma-enhanced atomic layer deposition for defect passivation

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