<item>
  <date>2026-07-22</date>
  <hash>4fcc4189d83a91fbc9152e80673fe3cda52f0124</hash>
  <images></images>
  <index>36</index>
  <keywords>
    <name>CD-35 2722 B</name>
    <index>116</index>
    <slug>/wiki/cd-35%202722%20b</slug>
  </keywords>
  <keywords>
    <name>European Southern Observatory</name>
    <index>2</index>
    <slug>/wiki/european%20southern%20observatory</slug>
  </keywords>
  <keywords>
    <name>Exomoon candidates</name>
    <index>1</index>
    <slug>/wiki/exomoon%20candidates</slug>
  </keywords>
  <keywords>
    <name>Nature</name>
    <index>172</index>
    <slug>/wiki/nature%20(journal)</slug>
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  <keywords>
    <name>Very Large Telescope</name>
    <index>14</index>
    <slug>/wiki/very%20large%20telescope</slug>
  </keywords>
  <keywords>
    <name>brown dwarf</name>
    <index>71</index>
    <slug>/wiki/brown%20dwarf</slug>
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  <keywords>
    <name>exomoon</name>
    <index>37</index>
    <slug>/wiki/exomoon</slug>
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  <keywords_list>CD-35 2722 B</keywords_list>
  <keywords_list>European Southern Observatory</keywords_list>
  <keywords_list>Exomoon candidates</keywords_list>
  <keywords_list>Nature</keywords_list>
  <keywords_list>Very Large Telescope</keywords_list>
  <keywords_list>brown dwarf</keywords_list>
  <keywords_list>exomoon</keywords_list>
  <keywords_main>Exomoon candidates</keywords_main>
  <related>
    <date>2026-07-15</date>
    <hash>7c787ae3e6a3d6997b503b16aa7b7585e2f871bc</hash>
    <index>46</index>
    <keywords>European Southern Observatory</keywords>
    <keywords>Very Large Telescope</keywords>
    <score>2</score>
    <slug>/feed/2026/07/15/astronomers-directly-image-the-exoplanet-beta-pictoris-d-next-to-its-star-located-63-light-years-away-using-nasa-s-jam</slug>
    <text>Astronomers directly image the exoplanet Beta Pictoris d next to its star, located 63 light-years away, using NASA's James Webb Space Telescope and European Southern Observatory's Very Large Telescope. It is also reported to be fainter than its sibling Beta Pictoris b. The discovery is published in the &quot;The Astrophysical Journal&quot;. </text>
  </related>
  <related>
    <date>2025-09-10</date>
    <hash>e136a37726f9bc81d7b80284aed6414488d0239f</hash>
    <index>45</index>
    <keywords>Nature</keywords>
    <score>1</score>
    <slug>/feed/2025/09/10/an-article-published-in-nature-announces-that-the-perseverance-rover-discovered-vivianite-greigite-and-various-org</slug>
    <text>An article published in &quot;Nature&quot; announces that the &quot;Perseverance&quot; rover discovered vivianite, greigite, and various organic compounds in rocks at Cheyava Falls on Mars, in what NASA administrator Sean Duffy says may be &quot;the clearest sign of life that we've ever found on Mars&quot;. </text>
  </related>
  <slug>/feed/2026/07/22/the-european-southern-observatory-s-very-large-telescope-reports-evidence-of-a-possible-exomoon-like-object-orbiting-the</slug>
  <sources>
    <name>Nature</name>
    <day>22</day>
    <hash>0a0270c6a973442c422f38230269f9c1fa557e98</hash>
    <month>7</month>
    <permalink>https://www.nature.com/articles/s41586-026-10751-w</permalink>
    <year>2026</year>
  </sources>
  <sources>
    <name>Phys.org</name>
    <day>22</day>
    <hash>f313782e62a5e7a5d14b2803f046318b746bceed</hash>
    <month>7</month>
    <permalink>https://phys.org/news/2026-07-jupiter-mass-exomoon-orbiting-brown.html</permalink>
    <year>2026</year>
  </sources>
  <sources>
    <name>Space.com</name>
    <day>22</day>
    <hash>ddbc39ce92ac2661342c2064109f55350c7d8749</hash>
    <month>7</month>
    <permalink>https://www.space.com/astronomy/exoplanets/astronomers-may-have-discovered-the-1st-moon-outside-of-our-solar-system-or-is-it-something-weirder</permalink>
    <year>2026</year>
  </sources>
  <text>The European Southern Observatory's Very Large Telescope reports evidence of a possible exomoon-like object orbiting the brown dwarf CD-35 2722 B in the CD-35 2722 system, in a study published in the &quot;Nature&quot; journal. </text>
</item>
