Four groups of competing astronomers and astrophysicists have teamed up to present a grand vision for NASA as the community grapples with what the agency's science program should prioritize.
Driving the news: Billed the "New Great Observatories," the teams behind the Lynx, LUVOIR, HabEx and Origins missions are advocating that NASA commit to building all four of these expensive, large space telescopes.
- "These are four astonishing visions that really are this unified vision for a new constellation of great observatories," astrophysicist Grant Tremblay told Axios.
The big picture: The lobbying comes as the astronomy and astrophysics communities work to set priorities for NASA's next 10 years of astronomy in its decadal survey.
- The document's recommendation about which of these flagship missions should be funded holds major weight in the community.
Details: If all four missions are developed and funded, it could allow NASA the opportunity to have all of them up and running together in the next few decades, giving scientists a chance to peer into the universe as never before.
- LUVOIR and HabEx are both focused on discovering and characterizing potentially Earth-like planets far from our solar system.
- Lynx is an X-ray observatory designed to illuminate the light of distant stars, learn more about how black holes evolved and understand the structure of the universe.
- The Origins Space Telescope is expected to help scientists gather data on how galaxies and planets themselves formed, potentially illuminating the origins of life.
Yes, but: It won't be cheap to make this plan happen. According to the collaboration, it would take about $1 billion in extra annual funding to have three of these missions in space by the mid-2040s.
- The scientific community has also become somewhat wary of big missions after cost overruns and technical issues have plagued the development of the nearly $10 billion James Webb Space Telescope expected to launch next year, so four of these large missions at a time might be a hard sell.
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Editor's note: This story was corrected to show the time frame in which these telescopes could launch to orbit is by the mid-2040s (not within 10 years).
