{"schema":"hottub-news/story/v1","story":"st_m3skmvdr54blljcm6cwq","title":"NASA ASTRA White Paper : A Chandra Successor in the 2030s","title_en":null,"outlets":1,"brief":null,"page":"https://hottub.news/stories/nasa-astra-white-paper-a-chandra-successor-in-the-2030s-m3skmvdr54","count":1,"items":[{"id":"n_m3skmvdr54blljcm6cwq","seq":1422103,"kind":"research","title":"NASA ASTRA White Paper : A Chandra Successor in the 2030s","url":"https://arxiv.org/abs/2610.00475","summary":"arXiv:2610.00475v1 Announce Type: new Abstract: Chandra established that soft X-ray spectral imaging with approximately 1 arcsec angular resolution is an essential tool for almost every area of astrophysics, from the early Universe to ice chemistry in protoplanetary disks. While Chandra continues to deliver groundbreaking science, it lacks the sensitivity to be the counterpart to JWST, Roman, Rubin, LISA, ngVLA, ALMA, IceCube, NewAthena, ELT, and other upcoming large…","published":"2026-10-02T04:00:00Z","seen":"2026-10-02T20:03:24Z","lang":"en","source":{"id":"arxiv-astro-ph","name":"arXiv astro-ph (astrophysics)","domain":"arxiv.org","outlet":{"wikidata":"Q118398","name":"arXiv","type":"website","country":"US","designations":["bibliographic database","disciplinary repository","online database","open science tool","preprint server","website"]}},"via":"arxiv-astro-ph","topics":["space","astrophysics","astro-ph.im","astro-ph.he"],"authors":["C. S. Reynolds (UMD), E. Hodges-Kluck (GSFC), E. A. Kara (MIT), M. Koss…"],"entities":[{"id":"Q66104691","name":"Chandra","type":"other"}],"story":"st_m3skmvdr54blljcm6cwq","category":"science-technology","category_p":0.8199999928474426,"sentiment":"neutral","tone":0.14000000059604645,"political":0.11999999731779099}]}