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 181-192 of 269 articles

Exploring climate resilience strategies during grand solar minimum periods

In yoctogram mass measurements: detecting ultralight particles with nanomechanical resonators

At zeptosecond resolution probing electron dynamics in quantum materials

Yoctogram mass measurements via optomechanical nanosensor arrays in vacuum chambers

At spin relaxation timescales, probing quantum coherence in molecular qubits

Employing neglected mathematical tools like tropical geometry for optimization in machine learning

Mapping Milankovitch cycles onto 3-year commercialization paths for climate tech ventures

For lunar base infrastructure using in-situ mycelium-based construction materials

Designing self-healing materials for lunar base infrastructure with 50-year durability requirements

Optimizing lunar base infrastructure with self-healing polymer composites for radiation shielding

Merging exoplanet science with extremophile biology to explore habitable zone adaptations

Via phytoplankton cloud seeding to mitigate urban heat island effects