Atomfair Brainwave Hub: SciBase II / Advanced Materials and Nanotechnology / Advanced materials for extreme environments

Advanced materials for extreme environments

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During impact winter scenarios: fungal bioremediation of stratospheric soot particles

Via proprioceptive feedback loops in soft robotics for subterranean exploration under high pressure

Employing soft robot control policies for underwater exploration in turbulent environments

Considering next solar maximum (2025-2035) impacts on low-Earth orbit satellite constellations

Real-time viscosity mapping across stratified magma chambers using distributed fiber optics

Through million-year nuclear waste isolation in deep borehole repositories

Across circadian gene oscillations in deep-sea hydrothermal vent ecosystems

Designing impact winter-resilient crops via solvent selection engines and self-optimizing reactors

Across magma chamber dynamics and their impact on supervolcano eruptions

Via plasma-enhanced atomic layer deposition for corrosion-resistant coatings in extreme environments

Predicting millisecond pulsar intervals using gravitational wave correlations

Through prebiotic chemical timescales: simulating the emergence of proto-metabolic networks in hydrothermal vents