Integrating coral reef ecology with 3D printing for artificial reef resilience
coral reefs
3D printing
marine conservation
habitat restoration
biomimicry
Enhancing enzyme turnover numbers through directed evolution and computational protein design
enzyme engineering
directed evolution
computational design
biocatalysis
kinetic optimization
Through Arctic permafrost stabilization using microbial biocementation
permafrost stabilization
biocementation
Arctic ecosystems
climate change
microbiology
Combining ancient and modern methods for sustainable concrete production
Roman concrete
sustainable materials
geopolymers
construction technology
carbon sequestration
Enhancing polymer degradation efficiency via microwave-assisted synthesis of plastic-eating enzymes
microwave synthesis
enzyme engineering
polymer degradation
biocatalysis
plastic waste
Reversing stem cell exhaustion through solvent-free processing of bioactive compounds
stem cell therapy
solvent-free extraction
regenerative medicine
aging reversal
bioactive compounds
Enzymatic polymerization during circadian rhythm minima in bioluminescent organisms
bioluminescence
enzymatic kinetics
circadian biology
polymer synthesis
marine microbiology
Perovskite-based carbon capture membranes during neurotransmitter release events
carbon capture
neuromimetic materials
perovskite membranes
synaptic transmission
climate tech
Designing albedo-modifying urban materials with 50-year durability requirements for climate mitigation
albedo modification
urban materials
climate mitigation
durability
heat reflection
Optimizing catalyst discovery algorithms aligned with El Niño oscillations for carbon capture
catalyst discovery
El Niño
carbon capture
machine learning
climate patterns
Scaling perovskite solar cell production via existing manufacturing infrastructure to reduce costs
perovskite solar cells
manufacturing scalability
cost reduction
renewable energy
industrial adaptation
Connecting medieval alchemy with materials discovery for sustainable catalyst design
medieval alchemy
materials discovery
sustainable catalysts
historical inspiration
chemical synthesis