Advanced materials for extreme environments

Across circadian gene oscillations in extreme environments like deep-sea vents

circadian rhythms extremophiles deep-sea biology gene expression hydrothermal vents

Enhancing earthquake prediction via deep learning analysis of infrasound patterns

seismic forecasting infrasound monitoring deep learning precursor signals geohazards

Modeling quantum radar systems for stealth detection in high-altitude environments

quantum radar stealth detection high-altitude surveillance quantum sensing aerospace defense

Evaluating 10,000-year material stability for nuclear waste storage in lunar repositories

nuclear waste storage material stability lunar repositories long-term degradation space sustainability

Probing magnetar magnetic field decay through X-ray polarization measurements

magnetars magnetic field decay X-ray polarization neutron stars astrophysics

During gamma-ray burst afterglows, probing relativistic shock wave particle acceleration

gamma-ray bursts particle acceleration relativistic shocks cosmic rays afterglow physics

Through million-year nuclear waste isolation, evaluating crystalline rock self-sealing fractures

nuclear waste storage fracture sealing crystalline rock geological barriers radionuclide migration

Via multimodal fusion architectures for autonomous underwater vehicle navigation

multimodal fusion AUV underwater navigation sensor integration robotics

For room-temperature superconductors via high-pressure hydrogen-rich compound synthesis

room-temperature superconductors high-pressure physics hydrogen compounds metastable materials quantum materials

With billion-year evolutionary perspectives to engineer radiation-resistant synthetic organisms

synthetic biology extremophiles radiation resistance Deinococcus radiodurans bioproduction

Employing neglected mathematical tools for turbulent flow prediction in fusion reactor designs

turbulence modeling fusion energy topological mathematics plasma physics reactor design

Predicting Solar Storm Impacts on Global Power Grids During the 2025-2035 Solar Maximum

solar storms geomagnetic disturbances power grid resilience space weather forecasting infrastructure protection