Advanced materials for sustainable technologies

High-throughput catalyst screening for sustainable ammonia synthesis via electrochemical pathways

electrocatalysis ammonia synthesis high-throughput screening sustainable chemistry renewable energy

For 2040 urban planning: self-healing concrete infrastructures with embedded microbial repair agents

biomimetic materials urban resilience autonomous repair Bacillus pseudofirmus infrastructure longevity

Optimizing catalyst discovery algorithms for sustainable ammonia synthesis

catalyst discovery ammonia synthesis machine learning sustainable chemistry computational screening

Monitoring carbon sequestration efficiency through ocean iron fertilization experiments

climate engineering phytoplankton blooms carbon dioxide removal biogeochemistry oceanography

Self-healing urban concrete employing germanium-silicon strain engineering and bacterial calcification

smart materials bioconcrete lattice strain crack propagation civil engineering

Optimizing circadian gene oscillations with CRISPR-Cas12a gene editing for metabolic disorder therapy

circadian rhythms CRISPR-Cas12a metabolic disorders gene therapy chronobiology

Integrating ancient fermentation methods with modern synthetic biology for novel bioactive compounds

fermentation synthetic biology bioactive compounds biotechnology metabolic engineering

Enhancing carbon capture efficiency via perovskite-based membranes with tunable pore architectures

perovskite membranes carbon capture nanopore engineering gas separation industrial emissions

Reversing stem cell exhaustion through targeted modulation of mitochondrial proteostasis networks

stem cell rejuvenation mitochondrial proteostasis protein folding aging reversal cellular repair

Leveraging methane-eating bacterial consortia for scalable Arctic permafrost stabilization strategies

methanotrophic bacteria permafrost stabilization Arctic climate mitigation microbial consortia greenhouse gas reduction

Predicting industrial equipment failure across circadian gene oscillations using multi-modal AI

predictive maintenance circadian rhythms industrial AI equipment failure multi-modal sensing

Enhancing carbon capture efficiency through mechanochemical reactions in porous materials

mechanochemistry carbon capture porous materials CO2 adsorption sustainable chemistry