Advanced materials for sustainable technologies

Via catalyst discovery algorithms to accelerate sustainable fuel production

catalyst discovery AI-driven chemistry sustainable fuels reaction optimization computational screening

Anticipating 22nd century needs with quantum-resistant urban planning frameworks

quantum-resistant design urban futures cryptographic planning long-term resilience security-first architecture

Through mechanochemical reactions to achieve solvent-free pharmaceutical manufacturing

mechanochemistry green pharma solvent-free synthesis sustainable manufacturing solid-state reactions

Developing urban food systems for impact winter resilience using vertical farming

impact winter vertical farms food security nuclear winter controlled environment agriculture

Enhancing biodegradable plastic production with enzymatic polymerization for sustainable packaging

enzymatic polymerization biodegradable plastics sustainable packaging polymer engineering green chemistry

Autonomous methane detection drones for real-time landfill emissions monitoring

methane emissions drone surveillance environmental monitoring gas sensing AI analytics

Albedo-modifying urban materials for heat island mitigation in megacities by 2026

urban heat island albedo enhancement cool materials climate adaptation sustainable cities

Using computational retrosynthesis to accelerate drug discovery from patent-expired natural compounds

computational retrosynthesis drug discovery natural compounds AI pharmaceuticals

Targeting plastic-eating enzymes for scalable landfill waste degradation

plastic degradation enzyme engineering landfill remediation PET hydrolysis microbial bioremediation

Targeting plastic-eating enzymes during circadian rhythm minima for enhanced degradation efficiency

enzymatic degradation circadian biology plastic waste biocatalysis environmental biotechnology

Spanning microbiome ecosystems at exciton diffusion lengths to map microbial energy transfer

microbiome exciton diffusion energy transfer microbial ecology photobiology

Enhancing continuous flow chemistry with AI-driven real-time optimization and adaptive control systems

continuous flow chemistry adaptive control machine learning reaction optimization process intensification