As anyone with kids knows, baby humans have a tendency to throw stuff around — and baby stars are no different. Except in their case, the “stuff” is high-energy stellar material traveling a million kilometers an hour, and “around” is an area of interstellar space several light-years across.

But other than that, very similar.

PHOTOS: ALMA: New Jewel of the Atacama Desert

The image above — a combination of observations made with the recently-constructed Atacama Large Millimeter/submillimeter Array (ALMA) and ESO’s New Technology Telescope (NTT) — shows a fledgling star blasting glowing star-stuff out into space from within the cloud of cold, dark dust in which it formed.

Herbig-Haro 46/47′s receding jet is invisible in optical light, hidden by a cloud of dark dust. (ESO/Bo Reipurth)

Imaged in just a fraction of the time that would have been needed with other telescopes — a mere five hours — ALMA’s next-generation capabilities allow the star’s more distant jet to be seen even though it would otherwise be nearly invisible behind the dust cloud. The observations have also shown the material in the jets to be traveling even faster than previously thought.

PHOTOS: Herschel’s Coolest Infrared Hotshots

In addition, ALMA was able to resolve another jet aimed in another direction — a previously unknown feature that may be coming from a lower-mass companion star.

And to think all this was done before the telescope’s construction was even fully complete!

“ALMA’s exquisite sensitivity allows the detection of previously unseen features in this source, like this very fast outflow,” said Héctor Arce of Yale University, team leader and first author of the new study. “This shows that there will certainly be many surprises and fascinating discoveries to be made with the full array. ALMA will certainly revolutionize the field of star formation!”

The glowing jet structure, called Herbig-Haro 46/47, is located 1400 light-years away in the southern constellation Vela.

Read more on the ESO news release here.

Image credit: ESO/ALMA (ESO/NAOJ/NRAO)/H. Arce. Acknowledgements: Bo Reipurth