NASA asks volunteers to clean up Euclid telescope data for AI training
The Artifact InSPECtor project invites the public to identify spurious signals in real space telescope data, with the goal of improving the AI tools that remove them.
Volunteers help NASA refine AI tools for space telescope data AI illustrationhow this picture was madeNASA's Artifact InSPECtor project is recruiting volunteers of all ages to examine real data from the Euclid space telescope and flag artifacts, aiming to sharpen the AI tools that strip those spurious signals from the images.[1]
The Euclid observatory, built by ESA with critical NASA contributions, collects light from millions of distant galaxies.[3] Volunteers will look at actual telescope data and mark the glitches, streaks and other unwanted signals that can confuse automated analysis. The project will later add data from NASA's Nancy Grace Roman Space Telescope, a complementary observatory that will capture a similar number of galaxies at different distances and densities, starting in early 2027.[2]
The $4.3-billion Roman telescope, built primarily at Goddard, launched in late August and is cruising to an orbit about one million miles from Earth, expected to deliver cosmic imagery by the end of the year.[4] A separate NASA program, the Coronagraph Community Participation Program, has already organized seven competitively selected U.S.-based teams plus international partners from ESA, JAXA, CNES and the Max Planck Institute for Astronomy to prepare for Roman's Coronagraph Instrument demonstrations.[5][7]El proyecto Artifact InSPECtor de la NASA está reclutando voluntarios de todas las edades para examinar datos reales del telescopio espacial Euclides y marcar artefactos, con el fin de afinar las herramientas de inteligencia artificial que eliminan esas señales espurias de las imágenes.[1]
El observatorio Euclides, construido por la ESA con contribuciones clave de la NASA, recoge luz de millones de galaxias lejanas.[3] Los voluntarios observarán datos reales del telescopio y marcarán las interferencias, rayas y otras señales no deseadas que pueden confundir el análisis automatizado. El proyecto agregará más adelante datos del Telescopio Espacial Nancy Grace Roman de la NASA, un observatorio complementario que capturará un número similar de galaxias a diferentes distancias y densidades, a partir de principios de 2027.[2]
El telescopio Roman, de 4.300 millones de dólares, construido principalmente en Goddard, se lanzó a finales de agosto y se dirige a una órbita a aproximadamente un millón de millas de la Tierra, y se espera que entregue imágenes cósmicas para finales de año.[4] Un programa separado de la NASA, el Programa de Participación Comunitaria del Coronógrafo, ya ha organizado siete equipos estadounidenses seleccionados por concurso, además de socios internacionales de la ESA, JAXA, CNES y el Instituto Max Planck de Astronomía, para preparar las demostraciones del Instrumento Coronógrafo de Roman.[5][7]
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What this stands on
NASA's Artifact InSPECtor project invites volunteers of all ages to examine real space telescope data from the Euclid observatory and identify artifacts, with the goal of improving the AI tools that remove these spurious signals. · Astrobiology
NASA's Nancy Grace Roman Space Telescope, a complementary observatory slated to begin science operations, will capture a similar number of galaxies at different distances and densities, and Artifact InSPECtor will add its data starting in early 2027. · Astrobiology
The Euclid space telescope, built by ESA (European Space Agency) with critical contributions from NASA, collects light from millions of distant galaxies across the universe. · Astrobiology
The $4.3-billion Nancy Grace Roman Space Telescope, built primarily at Goddard, launched successfully in late August and is cruising to an orbit about one million miles from Earth, expected to deliver cosmic imagery by the end of the year. · Scientific American
NASA created the Coronagraph Community Participation Program (CPP) to prepare for and execute Coronagraph Instrument technology demonstration observations during the operational phase of the Nancy Grace Roman Space Telescope. · Astrobiology
The paper authored by Dmitry Savransky and 59 co-authors presents the current status of the CPP and its working groups and outlines plans for CPP activities up to the Roman Space Telescope's launch. · Astrobiology
The CPP consists of seven competitively selected small U.S.-based teams, members of the Roman Project Team, and international partner teams from ESA, JAXA, CNES, and the Max Planck Institute for Astronomy. · Astrobiology
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