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

Advanced materials for extreme environments

Showing 325-336 of 565 articles

Targeting prion disease reversal with in-situ water ice utilization

Spanning tectonic plate movements with quantum gravity sensors

For deep geological time applications in predicting nuclear waste storage stability

Optimizing megayear material degradation for deep geological nuclear waste storage

Planning for next glacial period via underground climate-proof megastructures

Decoding paleomagnetic reversals using AI-driven geomagnetic field models

Exploring extremophile DNA repair mechanisms during solar flare events

Planetary-scale engineering through million-year nuclear waste isolation techniques

Probing megayear material degradation in nuclear waste containment via accelerated aging experiments

Through prebiotic chemical timescales in hydrothermal vent analog systems

For impact winter resilience via stratospheric aerosol alternatives to sulfur dioxide

Probing panspermia timescales via interstellar organic molecule survival rates