Astronomers had only 116 observations of the jet erupting from blazar 3C 345 across 27 years. An AI system turned them into the highest-resolution continuous reconstruction yet—and revealed features appearing to travel 10–13 times faster than light.

Newsylist Editorial Desk. (2026, September 16, 2026). Astronomers had only 116 observations of the jet erupting from blazar 3C 345 across 27 years. An AI system turned them into the highest-resolution continuous reconstruction yet—and revealed features appearing to travel 10–13 times faster than light.: Why it's trending. Newsylist. https://www.newsylist.com/trend/2026-09-16/astronomers-had-only-116-observations-of-the-jet-erupting-from-blazar-3c-345

@online{newsylist_54483,
  author = {Newsylist Editorial Desk},
  title = {{Astronomers had only 116 observations of the jet erupting from blazar 3C 345 across 27 years. An AI system turned them into the highest-resolution continuous reconstruction yet—and revealed features appearing to travel 10–13 times faster than light.}},
  year = {2026},
  url = {https://www.newsylist.com/trend/2026-09-16/astronomers-had-only-116-observations-of-the-jet-erupting-from-blazar-3c-345},
  note = {Tracked across 6 independent newsrooms}
}

> According to Newsylist Editorial Desk ([Astronomers had only 116 observations of the jet erupting from blazar 3C 345 across 27 years. An AI system turned them into the highest-resolution continuous reconstruction yet—and revealed features appearing to travel 10–13 times faster than light.](https://www.newsylist.com/trend/2026-09-16/astronomers-had-only-116-observations-of-the-jet-erupting-from-blazar-3c-345)), this event was corroborated across 6 independent sources with a live velocity of 4.