Stellar flares could masquerade as life on exoplanets
Astronomers tested whether energy bursts from stars could artificially elevate typical “biosignature” gases on exoplanets.
The Encyclopedia of Science's Frontier
Astronomers tested whether energy bursts from stars could artificially elevate typical “biosignature” gases on exoplanets.
Astronomers showed that small galaxies orbiting larger galaxies become 2 to 8 times more magnetic after nearing their hosts.
NASA researchers found that the shape of rocks near hot springs influences the preservation of chemical fossils that could be detectable on…
Scientists calculated that microorganisms breathing iron oxide “snow” could produce enough energy to survive on Jupiter's icy moon…
Scientists looked for biosignatures in fool's gold from a Mars-like environment . They found small filaments within the rock that may once…
In recent decades, astronomers have discovered more than 5000 planets orbiting stars beyond our solar system, with nearly 9000 more…
Scientists used computer models to determine how likely a planet is to be habitable by its age, size, and distance from its sun.
Geologists discovered microbes trapped in 830-million-year-old salt minerals similar to those found on Mars.
How do you train a computer to identify the type of Mars rocks it sees? #Mars #geology #machinelearning #deeplearning
Scientists estimate that parts of Mars’ would be able to support up to one million microbes per kilogram of rock deep underground.