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

Advanced materials for extreme environments

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Studying microbial extremophile adaptations during galactic cosmic ray maxima in low-Earth orbit

Unraveling prebiotic chemical timescales in hydrothermal vent environments

Designing self-healing polymers considering 10,000-year material stability for deep geological repositories

In neutrino detection for real-time monitoring of nuclear reactor operations

Optimizing perovskite-silicon tandem cells for desert solar farms under extreme UV exposure

2100 sea level rise impact assessments on transatlantic submarine cable networks

Employing biomimetic radiation shielding inspired by extremophile organisms for deep-space missions

Across magma chamber dynamics during supervolcano eruption cycles

Mapping magma chamber dynamics using distributed fiber-optic seismic networks

Through Snowball Earth episodes to study extreme climate resilience in microorganisms

Through million-year nuclear waste isolation using self-healing cement composites

Controlling magma chamber dynamics to improve volcanic eruption forecasting