2022 Should See Start of Technology Demos Leading to High Resolution Exoplanet Imaging

2022 Should See Start of Technology Demos Leading to High Resolution Exoplanet Imaging


A NASA NIAC Phase III is establishing and prepares to fly a 2022 TDM (Technology Demonstration Mission) to show the SGLF’s (Solar Gravitational Lens Focus) objective architecture. They will then prepare a near-term (by 2024), low-priced (less than $40 M) objective to fly through the planetary system quicker than any spacecraft ever ~ 7 AU/year, efficient in rendezvous with an interstellar things (ISO).

During Phase III they will think about a set of objectives to demo important innovations.

These efforts line up with our roadmap for the SGLF objective ability accumulation:


– 2020-21: Phase III establishes SGLF design/cost, verifies vital innovation;-LRB-

– 2021: SGLF innovation roadmap; tech demonstration objective( s) (TDM) developed; coronagraph style; preliminary TDM is developed, passes PDR, prepared for flight;-LRB-

– 2022: A public-private collaboration (PPP) starts innovation presentation; series of TDMs proposed by means of the PPP;-LRB-

– 2023 -4: Sailcraft flights (less than $20 M) to accomplish TRL 9;-LRB-

– 2026 -8: Sun-accelerated flights (with ~10 AU/yr); validate CONOPS;-LRB-

– 2027: SGLF Project begins for a preselected target;-LRB-

– 2032-42: Launch a string-of-pearls (SoP) objective (20 AU/yr) to the target;-LRB-

– 2060: Discover life beyond the planetary system.

By 2060, this technique might provide outcomes of incredible worth to our civilization. With Phase III, a high-resolution exoplanet imaging might be attained in the 21 st century, as a versatile, low-priced, economical string-of-pearls (SoP) idea going faster/further into deep area while likewise checking out the external planetary system.

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