Through Snowball Earth episodes to study microbial survival strategies
paleoclimatology
extremophiles
Snowball Earth
microbial life
geobiology
Enhancing neutrino detection sensitivity via multimodal fusion architectures in deep-sea observatories
neutrino detection
multimodal fusion
deep-sea observatories
sensor networks
particle physics
For femtosecond pulse interactions with exotic materials under extreme pressures
femtosecond pulses
high-pressure physics
exotic materials
ultrafast spectroscopy
planetary cores
Through Snowball Earth episodes: tracing microbial resilience and biogeochemical feedbacks
Snowball Earth
microbial resilience
biogeochemical cycles
paleoclimatology
extremophiles
Decoding magnetar magnetic field decay through quantum electrodynamics simulations
magnetar
magnetic decay
quantum electrodynamics
neutron star
astrophysics
Planning for the next glacial period using paleoclimatology and AI forecasting
glacial period
paleoclimatology
AI forecasting
ice age
climate modeling
Merging exoplanet atmospheric data with extremophile survival mechanisms for astrobiology models
exoplanets
extremophiles
astrobiology
habitability
biosignatures
Investigating mass extinction recovery patterns using microfossil geochemistry
mass extinction
microfossil geochemistry
isotopic analysis
ecosystem recovery
Permian-Triassic
Enzyme turnover numbers in extremophile archaea at subzero temperatures
extremozymes
cryoenzymology
Arrhenius kinetics
psychrophiles
Michaelis-Menten
10,000-year material stability of perovskite solar cells under nuclear waste storage conditions
nuclear semiotics
radiation hardening
perovskite degradation
deep time engineering
betavoltaics
Via telomerase activation to extend cellular lifespan in deep-space astronauts
telomerase
space travel
radiation protection
cellular aging
astronaut health
Through accidental discovery pathways in extremophile enzyme evolution for industrial applications
extremophiles
enzyme engineering
industrial biotechnology
directed evolution
protein mutations