Advanced materials for sustainable technologies

With enzymatic polymerization to create biodegradable electronics for e-waste reduction

green chemistry e-waste biodegradable polymers enzymatic synthesis sustainable electronics

Accelerating carbon capture material discovery via high-throughput catalyst screening

high-throughput screening carbon capture metal-organic frameworks combinatorial chemistry climate tech

Bridging quantum biology with information theory to explain enzyme tunneling

quantum enzymology proton tunneling information entropy biocatalysis coherence dynamics

Developing non-viral CRISPR delivery systems targeting 2025 regulatory approval

CRISPR delivery non-viral vectors LNP formulations gene therapy regulatory pathways

Via perovskite-based carbon capture membranes for high-efficiency industrial emissions scrubbing

perovskite membranes carbon capture gas separation industrial decarbonization material science

Employing NAD+ boosting to reverse mitochondrial dysfunction in senescent cardiac cells

NAD+ precursors cardiac aging mitochondrial repair senescence reversal metabolic therapy

Enhancing coral reef restoration via electro-accretion for accelerated calcium carbonate deposition

coral restoration electro-accretion calcium carbonate marine conservation bio-mineralization

Employing piezoelectric rain enhancement in arid agricultural regions

piezoelectric rain enhancement agriculture water scarcity cloud seeding

With enzymatic polymerization to create biodegradable electronics for sustainable 2040 urban infrastructure

enzymatic polymerization biodegradable electronics sustainable materials urban planning green tech

Real-time crystallization control for optimizing pharmaceutical polymorph production with AI feedback loops

polymorph control AI-driven crystallization pharmaceuticals real-time optimization nucleation engineering

Employing NAD+ boosting to reverse age-related mitochondrial dysfunction in skeletal muscle

NAD+ mitochondrial dysfunction skeletal muscle aging oxidative stress

Through biochar soil enhancement to sequester atmospheric methane in rice paddies

biochar methane sequestration rice paddies climate mitigation soil amendment