Fluidic Telescopes Could Breakthrough Cost Limits to 50 Meter Space Telescopes

The future of space-based UV/optical/IR astronomy requires ever larger telescopes. A NASA NIAC Phase 1 study will look at a space observatory with a large-aperture (50-meter) unsegmented primary mirror suitable for a variety of astronomical applications. The mirror would be created in space via a novel approach based on fluidic shaping in microgravity, which has …

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Finding All Earth-Like Exoplanets Orbiting Sun-Like Stars Within 30 Light Years

A new NASA NIAC phase 1 study is analyzing a 20-meter class infrared space telescope. It is currently impossible to find Earth-like planets in the habitable zones (where the temperature supports liquid water) of Sun-like stars. It is even harder to measure the composition of their atmospheres. But this is necessary if we want to …

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Multi-Kilometer Space Telescopes and Megameter Arrays

Rigidized polymers appear to be a feasible technology to create space telescopes larger than kilometer sizes. It should be possible to make 50 meter space telescope elements in 1000 kilometer baseline space telescope arrays. The Event Horizon Telescope at 1.3 millimeter wavelength achieved 25 microarcsecond resolution on M87. Many 50-meter space telescopes in a 1000 …

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