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ScienceQuiet 44d · day 44

NASA's ESCAPE mission to study how exoplanet atmospheres evolve

New mission will investigate atmospheric loss from ultraviolet radiation and stellar activity to identify long-term habitable worlds.

What to know

  • The ESCAPE mission will study atmospheric loss on exoplanets caused by ultraviolet radiation and coronal mass ejections from host stars.
  • Understanding atmospheric retention is crucial for identifying exoplanets capable of sustaining habitability long enough for complex life to develop.
  • Being in the habitable zone alone is insufficient to guarantee an exoplanet can support life; atmospheric evolution is a critical factor.

“But many exoplanets are exposed to extreme ultraviolet light and coronal mass ejections that can strip atmospheres away.”

spaceinfo@libera.site, Space information account · Mastodon

ESCAPE mission Space mission studying exoplanet atmospheres

NASA's ESCAPE mission to study how exoplanet atmospheres evolve
universetoday.com

The record 1 articles and posts · last 30 days

  1. The ESCAPE mission will study the evolution of exoplanet atmospheres press · Phys.org · 43d ago · +1 outlet