Atomfair Brainwave Hub: SciBase II / Advanced Materials and Nanotechnology / Advanced materials for sustainable technologies

Advanced materials for sustainable technologies

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Employing piezoelectric rain enhancement for drought mitigation in arid regions

Designing airborne wind energy systems for 3-year commercialization paths

High-throughput catalyst screening at spin relaxation timescales for green chemistry

With albedo-modifying urban materials and collaborative robot cells for heat island mitigation

Through grid-forming inverter technology for resilient microgrids in disaster zones

For automated retrosynthesis with emphasis on metal-organic framework catalysts and graph neural networks

Reengineering Renaissance designs for modern sustainable architecture using computational modeling

For biodegradable electronics: designing transient circuits with fungal mycelium substrates

Employing retrieval-augmented generation to enhance AI-driven scientific literature synthesis

Investigating photoredox chemistry for sustainable C-H bond activation in drug discovery

Via telomerase activation to delay cellular senescence in regenerative medicine

Accelerating catalyst discovery through quantum machine learning for green ammonia synthesis