Advanced materials for extreme environments

Investigating magma chamber dynamics through high-pressure experimental simulations

magma chambers volcanology high-pressure experiments eruption modeling geothermal energy

Employing soft robot control policies for underwater exploration in extreme pressure environments

soft robotics deep-sea exploration adaptive control bio-inspired design pressure resilience

Across magma chamber dynamics: modeling crystal settling effects on eruption predictability

magma chambers crystal settling eruption forecasting computational fluid dynamics volcanology

Military-to-civilian tech transfer in fusion energy: Adapting plasma containment coatings from hypersonic missile systems

fusion energy tech transfer plasma containment hypersonic coatings tokamak

Uniting glacier physics with semiconductor design to create ultra-low-power ice-mimicking sensors

glacier physics semiconductor design low-power sensors biomimicry environmental monitoring

Advancing Mars colonization through in-situ water ice utilization and 3D-printed habitats

Mars colonization in-situ resource utilization 3D-printed habitats water ice extraction sustainable space living

For panspermia timescales highlighting understudied applications of microbial survival

panspermia microbial survival interstellar travel astrobiology timescale analysis

Modeling stellar evolution timescales for red supergiants using 3D hydrodynamics

stellar evolution red supergiants hydrodynamics astrophysics timescale modeling

Through prebiotic chemical timescales: simulating hydrothermal vent peptide formation in accelerated geological reactors

origins of life hydrothermal chemistry peptide formation prebiotic reactors astrobiology

Assessing the impact of galactic cosmic ray maxima on high-altitude atmospheric chemistry

cosmic rays atmospheric chemistry ozone layer space weather radiation physics

Plant communication networks during impact winter scenarios: survival signaling analysis

mycorrhizal networks phytochemistry extinction events

Combining neutrino detection with deep learning to predict volcanic eruptions

neutrino detection volcanic prediction deep learning geophysics particle physics