Atomfair Brainwave Hub: SciBase II / Bio-inspired and Biomimetic Engineering / Bio-inspired materials for space and environmental resilience

Bio-inspired materials for space and environmental resilience

Showing 217-228 of 269 articles

Stabilizing Arctic permafrost through bioengineered microbial communities for 50-year durability

In quantum radar systems, how entanglement enhances stealth detection beyond classical limits

Optimizing self-assembling space habitats through microbial biofilm engineering

Picocubic reaction chambers for high-throughput nanomaterial synthesis during grand solar minimum

Merging exoplanet science with extremophile biology to model potential life on tidally locked worlds

For interstellar mission planning with antimatter-catalyzed fusion propulsion systems

Predicting ecosystem resilience during mass extinction recovery using fossil data analytics

Through Arctic permafrost stabilization using synthetic microbial consortia

Fusing origami mathematics with robotics for adaptive space deployable structures

For panspermia timescales highlighting understudied applications of microbial survival

For impact winter resilience: bioengineering cold-tolerant crops via epigenetic reprogramming

Employing biomimetic radiation shielding for deep-space astronaut protection