Space Exploration & Science Missions  

First‑imaged black hole observed launching a 3,000‑light‑year jet from its shadow

For the first time, astronomers have observed a roughly 3,000‑light‑year relativistic jet emerging directly from the shadow of a black hole previously imaged; combining breakthrough, multi‑frequency observations has begun to complete a detailed picture of the jet‑launching region and its immediate environment.

Discovered 2026-01-29T14:01:34.216642-08:00 | 2026-01-29T14:01:34.216642-08:00

Briefing

What Hype is tracking

  • The observation links event‑horizon‑scale imaging to kiloparsec‑scale outflows: a ~3,000‑light‑year jet seen launching from an imaged black‑hole shadow provides a direct dataset to constrain jet‑launching physics and the role of accretion/ magnetic fields.
  • This result underscores the value of coordinated, multi‑frequency campaigns to span scales from the shadow to extended jets and strengthens the case for longer interferometric baselines such as proposed lunar far‑side radio arrays (see source:3785700b-6e1e-42ca-bb2c-2a1d4c4a3eb9).
  • It complements recent high‑resolution X‑ray mappings of supermassive black‑hole environments and ionized outflows, providing a multi‑wavelength context for testing models of relativistic feedback (see source:61389d68-946c-4416-8dff-94b61ff27983).

Reported By

Live Science sci.news Space.com
Sources Tracked
3
First Seen
2026-01-29T14:01:34.216642-08:00
Latest Update
2026-02-05T11:45:15.590810-08:00
Coverage
Space

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