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This Is the Most Distant Galaxy Anyone Has Ever Seen

GN-z11, ESA/Hubble
GN-z11, ESA/Hubble

Look deep into this photo and what you’ll see is something further away from you than you’ve ever glimpsed before.


The ESA has released a brand new image of a faraway galaxy, which the agency says just broke all existing cosmic distance records. Hubble has produced some pretty impressive shots deep into space in the past, using the power of not just the telescope but also the phenomenon of gravitational lensing (i.e. nature’s zoom lens). Many of those gravitational lensing shots have shown us galaxy clusters far beyond what we could ordinarily glimpse.

The hardest part isn’t getting the photo, but reliably measuring the distance the photo covers. In other words, we often know when something is further away than something else, but not by how much. Using a new color analysis technique, researchers were able to pinpoint Galaxy GN-z11 as the most remote one they’d ever seen, existing just 400 million years after the Big Bang. That breaks the previous record for most distant galaxy by over 150 million years from the Big Bang.


To get a better sense of just what that distance means, watch as you zoom in on the galaxy through the Big Dipper—and then just keep right on zooming and zooming:

It’s so far away that the Hubble, or any other telescope, wasn’t even supposed to be able to see it. Only the new, upcoming James Webb telescope is supposed to be able to cross this distance—which means that, even as Hubble is about to be replaced, it still had a final unexpected trick up its sleeve.

Follow the author at @misra.


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This just occurred to me. When we observe stars and galaxies millions of light years away, all that light was emitted X millions of years ago. If we are able to travel faster than the speed of light, would it be possible to travel so far away that you could actually witness the creation of our own solar system? We would be so far away, that light emitted from our sun and reflected by earth millions of years ago, would just now reach that part of space we arrived at. Doesn’t that, in theory, seem feasible (assuming faster than light travel is possible)?