Advanced materials for sustainable technologies

Uniting paleoclimatology with AI prediction: reconstructing ancient climates using deep learning models

paleoclimatology AI prediction deep learning climate reconstruction geological data

Using explainability through disentanglement in AI-driven drug discovery

explainable AI drug discovery disentanglement deep learning molecular design

Harvesting energy from atmospheric humidity using graphene-based metamaterials

graphene metamaterials atmospheric energy harvesting humidity power renewable energy material innovation

Through Arctic permafrost stabilization using engineered microbial consortia

permafrost microbial consortia climate change methane sequestration bioremediation

Enhancing atmospheric water harvesting efficiency using hybrid metal-organic frameworks and solar energy

atmospheric water harvesting metal-organic frameworks solar energy desalination sustainable water

Designing biodegradable electronics with emphasis on interdisciplinary approaches from materials science and bioengineering

biodegradable electronics materials science bioengineering sustainable technology interdisciplinary research

Via deep-ocean carbon sequestration using genetically engineered microbial communities

deep-ocean sequestration synthetic biology microbial engineering carbon capture climate change

Optimizing tidal energy turbine arrays for 2024-2026 deployment in coastal regions

tidal energy renewable infrastructure marine ecosystems deployment optimization coastal power

Employing floating solar desalination for sustainable freshwater production in coastal regions

floating solar desalination renewable energy water scarcity coastal sustainability

Designing biodegradable electronics using plant-based substrates for sustainable wearable tech

biodegradable electronics plant-based substrates wearable technology sustainable materials green electronics

Quantifying microplastic transport across continental drift velocity gradients

marine pollution plate tectonics particle dispersion ocean currents environmental monitoring

Connecting medieval alchemy with materials discovery for sustainable pigments

medieval alchemy sustainable pigments materials science historical chemistry eco-friendly dyes