Advanced materials for extreme environments

Via deep-ocean carbon sequestration, assessing microbial impacts on long-term storage stability

carbon sequestration deep-ocean microbes storage stability biogeochemistry climate mitigation

For megayear material degradation in deep geological nuclear waste storage

nuclear waste storage material degradation corrosion modeling geological timescales radiation effects

Exploring million-year nuclear waste isolation through deep geological time applications

nuclear waste geological stability long-term storage radioactive decay deep boreholes

Optimizing solvent selection engines through cosmological constant evolution models

solvent selection cosmological models chemical engineering extreme conditions algorithmic optimization

Merging exoplanet science with extremophile biology to identify habitable zone candidates

exoplanets extremophiles habitability astrobiology biosignatures

Across magma chamber dynamics to predict supervolcanic eruption precursors

magma chambers supervolcanoes eruption prediction geophysics seismic activity

Exploring climate variability across Milankovitch cycles using high-resolution ice core data

Milankovitch cycles paleoclimatology ice cores orbital forcing climate variability

Planning for the next glacial period with planetary-scale engineering interventions

glacial period planetary-scale engineering climate intervention geoengineering ice age

For megayear material degradation studies with epigenetic reprogramming in synthetic organisms

material degradation epigenetic reprogramming synthetic biology megayear studies extreme environments

Employing self-healing polymer composites in neutrino detection modules for deep-sea observatories

self-healing polymers neutrino detection deep-sea technology particle physics material science

During galactic cosmic ray maxima, how do atmospheric muon fluxes affect cloud nucleation

cosmic rays muons cloud nucleation atmospheric physics solar cycles

Employing self-healing materials for terahertz oscillation frequency electronics in extreme environments

self-healing polymers terahertz technology nano-electronics extreme environments frequency stability