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ScienceQuiet 7d · day 12

Astronomers find double debris disk around dead star, offering glimpse of Solar System's fate

A rare discovery using the ESO's Very Large Telescope reveals a unique double-disk structure that may foreshadow what happens to planetary systems as their stars die.

newest coverage 7d agosummary written 11d ago21 pieces77 likes & upvotes2 comments Google NewsNewswiresMastodonRedditHacker NewsBluesky

What to know

  • A white dwarf system exhibits a rare double debris disk with two gaseous rings separated by a clear gap—the first known system with quadruple-peaked emission lines instead of the double-peaked profiles seen in all 21 previously known gas disks around white dwarfs.
  • Two surviving planetary bodies, possibly including one the size of Pluto, appear to be sculpting the disk structure through their gravitational influence.
  • The discovery challenges existing models of how debris disks form and evolve around white dwarfs and may offer insights into the eventual fate of our own Solar System billions of years from now.

“Unlike in similar systems previously found, the debris—the leftovers of planets that once orbited the star—is organized in a double disk, the two parts separated by a clear gap.”

ESO/Phys.org · Phys.org ↗

European Southern Observatory (ESO) Research organizationAstronomers Discovery team

Astronomers find double debris disk around dead star, offering glimpse of Solar System's fate
nature.com

How it unfolded 2 developments, newest first · click a bar or a number to jump articlesposts

Peak 6 pieces in 3h at Nov 1, 2 AM; 21 pieces over 12 days (14 articles · 6 posts · 1 comment) Oct 27, 9 AM — 3 pieces · 3 articles — Google News 3Oct 27, 12 PM — quietOct 27, 3 PM — 4 pieces · 4 articles — Google News 3, Newswires 1Oct 27, 6 PM — 1 piece · 1 post — Mastodon 1Oct 27, 9 PM — 1 piece · 1 post — Reddit 1Oct 28, 12 AM — quietOct 28, 3 AM — 2 pieces · 1 article · 1 comment — Reddit 1, Google News 1Oct 28, 6 AM — quietOct 28, 9 AM — quietOct 28, 12 PM — quietOct 28, 3 PM — 1 piece · 1 article — Newswires 1Oct 28, 6 PM — quietOct 28, 9 PM — quietOct 29, 12 AM — quietOct 29, 3 AM — quietOct 29, 6 AM — 1 piece · 1 article — Google News 1Oct 29, 9 AM — 1 piece · 1 post — Hacker News 1Oct 29, 12 PM — quietOct 29, 3 PM — quietOct 29, 6 PM — quietOct 29, 9 PM — quietOct 30, 12 AM — quietOct 30, 3 AM — quietOct 30, 6 AM — quietOct 30, 9 AM — quietOct 30, 12 PM — quietOct 30, 3 PM — quietOct 30, 6 PM — quietOct 30, 9 PM — quietOct 31, 12 AM — quietOct 31, 3 AM — quietOct 31, 6 AM — quietOct 31, 9 AM — quietOct 31, 12 PM — quietOct 31, 3 PM — quietOct 31, 6 PM — quietOct 31, 9 PM — quietNov 1, 12 AM — quietNov 1, 2 AM — 6 pieces · 4 articles · 2 posts — Google News 2, Mastodon 2, Bluesky 1, +1 moreNov 1, 5 AM — quietNov 1, 8 AM — 1 piece · 1 post — Hacker News 1Nov 1, 11 AM — quietNov 1, 2 PM — quietNov 1, 5 PM — quietNov 1, 8 PM — quietNov 1, 11 PM — quietNov 2, 2 AM — quietNov 2, 5 AM — quietNov 2, 8 AM — quietNov 2, 11 AM — quietNov 2, 2 PM — quietNov 2, 5 PM — quietNov 2, 8 PM — quietNov 2, 11 PM — quietNov 3, 2 AM — quietNov 3, 5 AM — quietNov 3, 8 AM — quietNov 3, 11 AM — quietNov 3, 2 PM — quietNov 3, 5 PM — quietNov 3, 8 PM — quietNov 3, 11 PM — quietNov 4, 2 AM — quietNov 4, 5 AM — quietNov 4, 8 AM — quietNov 4, 11 AM — quietNov 4, 2 PM — quietNov 4, 5 PM — quietNov 4, 8 PM — quietNov 4, 11 PM — quietNov 5, 2 AM — quietNov 5, 5 AM — quietNov 5, 8 AM — quietNov 5, 11 AM — quietNov 5, 2 PM — quietNov 5, 5 PM — quietNov 5, 8 PM — quietNov 5, 11 PM — quietNov 6, 2 AM — quietNov 6, 5 AM — quietNov 6, 8 AM — quietNov 6, 11 AM — quietNov 6, 2 PM — quietNov 6, 5 PM — quietNov 6, 8 PM — quietNov 6, 11 PM — quietYesterday, 2 AM — quietYesterday, 5 AM — quietYesterday, 8 AM — quietYesterday, 11 AM — quietYesterday, 2 PM — quietYesterday, 5 PM — quietYesterday, 8 PM — quietYesterday, 11 PM — quietToday, 2 AM — quietToday, 5 AM — quietToday, 8 AM — quiet 1–2
Oct 28Oct 29Oct 30Oct 31Nov 1Nov 2Nov 3Nov 4Nov 5Nov 6now · 11:25 AM ET
  1. 2

    Research details unique quadruple-peaked emission line signatures

    Further analysis reveals that the system exhibits quadruple-peaked emission line profiles from two separate gaseous rings, unlike all 21 previously known gas disks around white dwarfs which show double-peaked profiles. The discovery challenges current models of debris disk formation and evolution.

    • wired.com

      A dying star 1,600 light-years from Earth is surrounded by two rings of gas and dust that astronomers believe are the remnants of the planetary bodies it once hosted.

      wired.comBluesky7d ago68▲view on Bluesky ↗
    2 more of the top 3 · 3 posts in this stretch

    • This is the part that really sticks with me — a dead star still holding on to planetary leftovers. When a Sun-like star becomes a white dwarf, it can shred asteroids and small bodies that wander too close, and that debris forms a ring like this. It makes you wonder how much of our own outer Solar System could survive the Sun's red giant phase and…

      spookysciencefactsr/space11d agoview on r/space ↗
    • cosmos4u@scicomm.xyz

      A double # DebrisDisc around a white dwarf sculpted by two planetary bodies: https://www. nature.com/articles/s41550-026 -03004-3 -> Dead star and planetary bodies - astronomers spot unique disc of debris that foretells Solar System’s future:

      cosmos4u@scicomm.xyzMastodon11d agoview on Mastodon ↗
    all of them →
  2. 1

    Astronomers spot rare double debris disk around white dwarf

    Astronomers using the ESO's Very Large Telescope discovered a unique debris disk around a dead star with two distinct components separated by a clear gap, shaped by two surviving planetary bodies—one possibly as large as Pluto.

    1. 2 outlets Dead Star and Planetary Bodies: Astronomers Spot Unique Disc of Debris That Foretells Solar System's Future

      first by ASDNews, 11d ago · also University of Warwick

      1 more headline
    2. 1 outlet Astronomers Spot Double Debris Disc Hinting at Solar System's Future

      first by Mirage News, 12d ago

      1 more headline

Also covered reported alongside — the timeline has no entry for these yet

  1. 4 outlets Double debris disk orbiting a dead star hints at our solar system's future

    first by Phys.org, 11d ago · also Nautilus, Yahoo, EarthSky

    2 more headlines
  2. 2 outlets A Newly Discovered Trail of Cosmic Debris Illustrates How the End of the Solar System Could Look

    first by Mastodon, 7d ago · also Wired

What people are saying 0 voices from 0 sites · best of 3 · verbatim