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“We currently can't detect life remotely on either object because of their icy shells, but that could change once their oceans are no longer shielded.” Thea Kozakis (@theakozakis) #COSMOSCSI #COSMOS
http://www.forbes.com/sites/brucedorminey/2019/05/06/thawing-exomoons-may-have-remotely-detectable-surface-life-say-astronomers/ … @bdorminey @Forbes 15/
“I'm part of an effort at @CSInst to build up a spectral library of different types of habitable planets and assess which types of planetary systems would be best to search for life.” Thea Kozakis (@theakozakis) #COSMOSCSI #COSMOS
http://www.forbes.com/sites/brucedorminey/2019/05/06/thawing-exomoons-may-have-remotely-detectable-surface-life-say-astronomers/ … @bdorminey @Forbes 16/
Thea Kozakis (@theakozakis) is a PhD student in Astronomy at @Cornell. Her thesis work focuses on combining stellar evolution & astrobiology to study planetary habitability for systems with variety of different hosts.
Learn more: http://theakozakis.com/
#COSMOSCSI #COSMOS 17/pic.twitter.com/d4wXvxBfkW
“When a star ages and brightens, the habitable zone moves outward and you’re basically giving a second wind to a planetary system.” Dr. Ramses M. Ramirez #COSMOSCSI #COSMOS https://news.cornell.edu/stories/2016/05/hunting-hidden-life-worlds-orbiting-old-red-stars … 18/pic.twitter.com/RScYplF3YM
“In the far future, such worlds could become habitable around small red suns for billions of years, maybe even starting life, just like Earth. That makes me very optimistic for the chances for life in the long run.” @KalteneggerLisa #COSMOSCSI https://news.cornell.edu/stories/2016/05/hunting-hidden-life-worlds-orbiting-old-red-stars … 19/19
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