Advanced materials for extreme environments

During galactic cosmic ray maxima: impacts on high-altitude atmospheric chemistry

cosmic rays atmospheric chemistry ozone layer space weather high-altitude physics

Using cold spray additive techniques to repair high-temperature aerospace components in situ

cold spray additive manufacturing aerospace repair in-situ maintenance high-temperature materials deposition techniques

Catalyst discovery algorithms for petapascal pressure regime reactions

high-pressure chemistry catalyst discovery machine learning petapascal regimes reaction optimization

Through prebiotic chemical timescales to simulate early Earth hydrothermal vent reactions

prebiotic chemistry hydrothermal vents abiogenesis timescale simulation origin of life

Designing million-year nuclear waste isolation systems with self-healing materials

nuclear waste self-healing materials geological storage radiation resistance long-term isolation

Harnessing in-situ water ice for sustainable lunar base operations

lunar water ice in-situ resource utilization space exploration life support propellant production

Million-year nuclear waste isolation via engineered diamond encapsulation matrices

nuclear waste isolation diamond encapsulation radioactive containment long-term storage waste management

Planning 22nd century legacy systems with transition metal dichalcogenide channels for radiation-hardened electronics

future-proof systems TMDCs radiation hardening space electronics nanotechnology

Using swarm robotics for construction in extreme terrestrial environments

swarm robotics autonomous construction extreme environments distributed systems adaptive algorithms

Investigating long-term genetic adaptations for multi-generational studies in extreme environments

multi-generational studies genetic adaptation extreme environments evolutionary biology space research

Predicting earthquake precursors across galactic distances using reaction prediction transformers

earthquake prediction transformers exoplanets seismic data machine learning

Mechanochemical reactions in multi-generational studies of deep-sea extremophile adaptations

mechanochemistry extremophiles deep-sea adaptation multi-generational biochemical evolution