Advanced materials for sustainable technologies

Reimagining Victorian-era inventions with modern materials for energy-efficient applications

Victorian technology material science energy efficiency historical engineering modern adaptations

Developing scalable mycelium-based air filtration for urban environments

mycelium air filtration urban sustainability bioremediation fungal biotechnology

For earthquake prediction with enzymatic polymerization-based stress sensors in fault zones

earthquake prediction enzymatic polymerization stress sensors fault zones early warning systems

Optimizing urban infrastructure with 100-year maintenance cycles for climate resilience

urban planning climate resilience predictive maintenance advanced materials infrastructure longevity

Using blockchain for carbon credit verification via self-optimizing reactors in industry

blockchain verification carbon credits self-optimizing reactors industrial emissions smart contracts

Targeting plastic-eating enzymes synchronized with solar cycles for waste degradation

plastic degradation enzymatic breakdown solar synchronization waste management bioremediation

Electro-accretion techniques for accelerated coral reef restoration in acidic oceans

marine restoration electrochemistry coral calcification ocean acidification sustainable reefs

For 2050 carbon neutrality: scalable perovskite solar cell recycling methods

perovskite solar cells carbon neutrality material recycling sustainable energy 2050 targets

Using computational retrosynthesis to optimize sustainable pharmaceutical production

computational chemistry green synthesis pharmaceuticals machine learning reaction optimization

For 2050 carbon neutrality using advanced algae-based carbon sequestration

carbon sequestration algae biotechnology climate mitigation genetic engineering sustainable energy

Leveraging methane-eating bacterial consortia for sustainable landfill gas mitigation

methane mitigation bacterial consortia landfill gas bioengineering climate change

Targeting cellular senescence with enzymatic polymerization for age-related disease intervention

cellular senescence enzymatic polymerization age-related diseases biomaterials therapeutic intervention