Advanced materials for extreme environments

Exploring material transformations at petapascal pressure regimes through mechanochemical reactions

high-pressure chemistry mechanosynthesis material science petapascal solid-state reactions

Uniting glacier physics with semiconductor design for low-temperature electronics

glacier dynamics semiconductor design cryogenic electronics material science energy efficiency

Simulating magma chamber dynamics to predict volcanic eruption precursors

magma chambers volcanic eruptions computational modeling fluid dynamics seismology

Autonomous flow chemistry robots for high-throughput discovery of extraterrestrial-relevant organics

flow chemistry robots prebiotic synthesis exoplanet atmospheres autonomous experimentation astrobiology

Roman concrete-inspired self-healing nanomaterials for nuclear waste containment structures

Roman concrete self-healing materials nuclear containment ancient nanotechnology durability engineering

Forbidden physics metamaterials for next-generation spacecraft thermal protection systems

metamaterials spacecraft shielding thermal protection advanced materials science hypersonic aerodynamics

During gamma-ray burst afterglows, probing the origins of heavy element synthesis

gamma-ray bursts nucleosynthesis neutron star mergers heavy elements astrophysics

Using autonomous methane detection drones to map Arctic permafrost emissions

methane emissions permafrost thaw autonomous drones climate change remote sensing

Modeling neutrino flavor oscillations during active galactic nucleus outbursts

neutrino oscillations AGN jets astroparticle physics flavor transitions hadronic processes

Updating Cold War research on atmospheric nuclear testing effects using modern climate models

Cold War nuclear testing climate modeling atmospheric science radiation effects

Through million-year nuclear waste isolation using deep borehole disposal techniques

nuclear waste deep borehole disposal geological isolation radioactive safety long-term storage

Spanning microbiome ecosystems in extreme environments to uncover novel antibiotic resistance genes

extremophiles metagenomics antibiotic resistance microbial ecology horizontal gene transfer