Mitigating satellite disruptions during solar proton events with advanced shielding materials
solar proton events
satellite shielding
space weather
radiation protection
aerospace materials
Predicting crop failures aligned with El Niño oscillations using satellite phenotyping
El Niño
remote sensing
crop yield
climate teleconnections
precision agriculture
Updating Cold War research with modern satellite imagery and AI-driven analysis
Cold War
satellite imagery
AI analysis
historical research
geopolitics
Considering next solar maximum (2025-2035) impacts on low-Earth orbit satellite constellations
solar maximum
space weather
satellite constellations
orbital debris
geomagnetic storms
Studying ionospheric disturbances during solar flare events for improved satellite communication
solar flares
ionosphere
satellite communication
space weather
electromagnetic interference
Revitalizing 1990s satellite constellations with modern AI-based signal processing
space debris mitigation
cognitive radio
legacy systems
neural networks
orbital mechanics
Predicting space weather impacts during the 2025-2035 solar maximum cycle
solar maximum
space weather
geomagnetic storms
satellite resilience
solar physics
Mitigating satellite communication disruptions during prolonged solar proton events
solar proton events
satellite communications
radiation shielding
error correction
space weather
Using 2D material heterostructures for ultra-efficient photodetection in deep-space telescopes
2D materials
photodetectors
space telescopes
graphene
heterostructures
During solar flare events: measuring quantum decoherence in satellite-based qubits
solar flares
quantum decoherence
satellite qubits
space weather
quantum computing
Spanning tectonic plate movements to predict megathrust earthquake nucleation zones
tectonic strain
earthquake prediction
subduction zones
InSAR analysis
seismic gaps
In nanoradian angular precision for next-generation space telescope alignment
nanoradian precision
space telescopes
mirror alignment
astrophysics
optical engineering