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While no extraterrestrial signals have been detected yet, SETI has pioneered significant advancements in science, particularly in the field of exoplanet detection. This includes the development of innovative technologies such as FFT spectrometers, distributed computing through SETI@home, and the world’s first wide-angle radio camera, ATA. Workshops initiated by NASA's Dave Black emphasized the importance of understanding exoplanet populations. The evolution of community-driven projects like setiQuest reflects a global commitment to collaborative scientific inquiry.
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SETI as Science No signal yet – but lots ofinnovation
SETI Pioneered Exoplanet Detection • Cyclops Report – • Emphasized that census of exoplanets was needed • Dave Black at NASA Ames began holding workshops on detection technologies during Morrison workshops (SP-419) • JB & Black decided to split off exoplanets from SETI during early Proxmire skirmishes • IAU Comm 51 (Bioastronomy - 1978) promoted exoplanet research until they were real • IAU Comm 53 (Extra Solar Planets – 2006)
SETI Innovated Lots of Technology • Piggyback observing programs (SERENDIPs) • FAST, large FFT spectrometers • Full custom • Partial custom (accelerators) • Reconfigurable • Visitor ‘operations’ of national telescopes • Have trailer-will observe • ‘rental’ fees yielded • First $2.3M for Arecibo Gregorian upgrade • 13 beam Parkes feed
More Innovation • Distributed computing – SETI@home • BOINC • Coincidence detection for OSETI • LNSD array • ATA is world’s first wide-angle, panchromatic, snapshot radio camera • Commensal observing • setiQuest – science as a global, open-source, project that evolves into what the community wants