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

Advanced materials for extreme environments

Showing 385-396 of 565 articles

Planning post-2100 nuclear waste storage with predictive geochemical modeling

Spanning tectonic plate movements to predict seismic hazards with machine learning

Multi-generational studies of CRISPR-edited crops under Martian regolith simulant conditions

Planning 22nd century legacy systems with self-sustaining nuclear fusion infrastructure

Mapping circadian gene oscillations across deep-sea extremophile ecosystems

During mantle convection cycles, how do rare earth elements redistribute in the lower crust?

At petapascal pressure regimes, what novel superconducting phases emerge in hydrogen-rich compounds?

Exploring microbial dark matter in deep-sea hydrothermal vents spanning microbiome ecosystems

Through hybrid bonding for chiplet integration at petapascal pressure regimes in extreme computing

During gamma-ray burst afterglows in multi-messenger astrophysics observations

Implementing affordance-based manipulation for autonomous robots during extreme mantle convection cycles

Optimizing tidal energy turbine arrays for extreme coastal erosion conditions