Merging exoplanet science with extremophile biology to explore habitable zone adaptations
exoplanets
extremophiles
astrobiology
habitable zones
microbial adaptations
Merging exoplanet science with extremophile biology to predict habitable zones
exoplanets
extremophiles
habitable zones
astrobiology
planetary science
Via exoplanet atmosphere analysis: detecting biosignatures with next-gen space telescopes
exoplanet atmospheres
biosignatures
space telescopes
astrobiology
spectral analysis
For panspermia timescales with extremophile survival in interstellar conditions
panspermia
extremophiles
interstellar travel
astrobiology
cosmic timescales
Across interstellar medium conditions simulating exoplanet atmospheric chemistry
interstellar medium
exoplanet atmospheres
astrochemistry
gas-phase reactions
cosmic dust
Via exoplanet atmosphere analysis to detect biosignatures with next-generation space telescopes
exoplanets
biosignatures
spectroscopy
space telescopes
astrobiology
Predicting stellar evolution timescales for low-mass red dwarfs
stellar evolution
red dwarfs
low-mass stars
astrophysics
timescales
Merging exoplanet science with extremophile biology to identify habitable zone boundaries
exoplanets
extremophiles
habitable zone
astrobiology
Via exoplanet atmosphere analysis: detecting biosignatures with quantum spectrometers
exoplanets
biosignatures
quantum spectroscopy
astrobiology
atmospheric chemistry
Merging exoplanet science with extremophile biology to model potential life on tidally locked worlds
exoplanets
extremophiles
tidal locking
astrobiology
habitability
Reanalyzing failed exoplanet detection experiments for hidden atmospheric biosignatures
exoplanets
biosignatures
data reanalysis
atmospheric chemistry
false negatives
Merging exoplanet atmospheric chemistry with extremophile metabolic pathways for biosignature detection
exoplanet biosignatures
extremophile metabolism
atmospheric chemistry
astrobiology
spectral analysis