Advanced materials for extreme environments

Merging exoplanet science with extremophile biology to model habitable zone boundaries

exoplanets extremophiles astrobiology habitable zone biosignatures

Considering 10,000-year material stability for next-generation nuclear waste encapsulation

nuclear waste material stability long-term storage radiation shielding corrosion resistance

Via plasma-enhanced atomic layer deposition for corrosion-resistant aerospace coatings

atomic layer deposition plasma-enhanced aerospace coatings corrosion resistance thin films

For stratospheric aerosol injection calibration using satellite-based lidar systems

stratospheric aerosols lidar calibration climate engineering solar radiation management atmospheric monitoring

Ultra-stable glass alloys for nuclear waste encapsulation over 10,000 years

nuclear waste storage borosilicate glass long-term stabilization radiation shielding geomaterials

Mapping mineral redistribution during mantle convection cycles with AI tomography

mantle plumes computational geodynamics mineral phase transitions inverse modeling deep learning

Optimizing neutrino detection techniques for deep-sea observatories in the next decade

neutrino detection deep-sea observatories sensor technology particle physics underwater instrumentation

For multi-generational studies of extremophile adaptation in simulated Martian environments

extremophiles Martian simulation multi-generational evolution astrobiology synthetic habitats

Through magnetic pole reversal analysis of ancient climate records in deep-sea sediments

geomagnetic reversal paleoclimate sediment cores geochronology ocean drilling

Via plasma-enhanced atomic layer deposition of corrosion-resistant coatings for nuclear fusion reactors

plasma ALD fusion reactors corrosion resistance thin films materials science

At picometer precision: quantum sensing for dark matter detection in cryogenic environments

picometer precision quantum sensing dark matter cryogenics WIMPs

10,000-year stability assessment of nuclear waste encapsulation materials via accelerated aging simulations

nuclear waste storage material aging geological timescales containment materials accelerated testing