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GOODS-S 29323: NASA Telescopes Find Clues For How Giant Black Holes Formed So Quickly
GOODS-S 29323

  • Evidence that some early supermassive black holes formed directly from the collapse of a gas cloud has been found.

  • These results could represent a major step in the understanding of how the Universe's first giant black holes formed.

  • Two candidate black hole "seeds" have been identified, possibly at less than one billion years after the Big Bang.

  • Astronomers combined data from Chandra, Hubble, and Spitzer to make this discovery.

Using data from NASA's three Great Observatories, scientists have found the best evidence to date of a mechanism that produced supermassive black holes in the early Universe. If confirmed, this result, described in our latest press release, could lead to new insight into how black holes were formed and grew billions of years ago.

This artist's illustration depicts a possible "seed" for the formation of a supermassive black hole, that is an object that contains millions or even billions of times the mass of the Sun. In the artist's illustration, the gas cloud is shown as the wispy blue material, while the orange and red disk is showing material being funneled toward the growing black hole through its gravitational pull.

Researchers found evidence that two objects could have formed in this way, by directly collapsing into a black hole from a large cloud of gas. These two candidates for being "direct collapse black holes" are so distant that they may have formed less than one billion years after the Big Bang.

The inset boxes show data from the Hubble Space Telescope (right) and Chandra X-ray Observatory (left) of one of the objects described above. The Hubble image shows the faint, distant galaxy at the center of the image and the Chandra image shows X-ray emission from material falling onto the black hole in the same galaxy.

The researchers used computer models of black hole seeds combined with a new method to select candidates for these objects from long-exposure images from Chandra, Hubble, and Spitzer (not shown in this graphic). By analyzing the combined light from the three telescopes, the team was able to search through thousands of objects to look for any that had properties that matched those predicted by their models.

Two candidates emerged that had the expected red color, seen by Hubble and Spitzer, as well as the X-ray profile predicted from Chandra. These objects were found in the Cosmic Assembly Near-infrared Deep Extragalactic Legacy Survey and the Great Observatories Origins Deep Survey-South surveys. The next steps will involve getting more data on these two intriguing objects as well as extending the analysis to other surveys to look for more direct collapse black hole candidates.

These results will appear in the June 21st issue of the Monthly Notices of the Royal Astronomical Society and is available online. The authors of the paper are Fabio Pacucci (SNS, Italy), Andrea Ferrara (SNS), Andrea Grazian (INAF), Fabrizio Fiore (INAF), Emaneule Giallongo (INAF), and Simonetta Puccetti (ASI Science Data Center). NASA's Marshall Space Flight Center in Huntsville, Alabama, manages the Chandra program for NASA's Science Mission Directorate in Washington. The Smithsonian Astrophysical Observatory in Cambridge, Massachusetts, controls Chandra's science and flight operations.

Fast Facts for GOODS-S 29323:
Credit  X-ray: NASA/CXC/Scuola Normale Superiore/Pacucci, F. et al, Optical: NASA/STScI; Illustration: NASA/CXC/M.Weiss
Release Date  May 24, 2016
Scale  Image is about 15 arcsec across. (about 212,000 light years)
Category  Black Holes, Cosmology/Deep Fields/X-ray Background
Observation Date  54 pointings between Oct 15, 1999 to Jul 22, 2010
Observation Time  1111 hours 6 min (46 days 7 hours 6 min).
Obs. ID  441, 581-582, 1431, 1672, 2239, 2312-2313, 2405-2406, 2409, 8591-8597, 9575, 9578, 9593, 9596, 9718, 12043-12055, 12123, 12128-12129, 12135, 12137-12138, 12213, 12218-12220, 12222-12223, 12227, 12230-12234
Instrument  ACIS
References Pacucci, F. et al, 2016, MNRAS, 459, 1432; arXiv:1603.08522
Color Code  X-ray (Blue), Optical (Gold)
Optical
X-ray
Distance Estimate  About 13.2 billion light years (z=9.73)
distance arrow
Visitor Comments (6)

Space is not empty as some would believe
and big bangs may be happening all the time with multi-universe and string theory We also have dark energy dark matter and not enough gravity It would be boring if we knew it all The questions are how we get to solutions.
The power that is generated just with what we see is amazing.

Posted by Gordon McIntosh on Saturday, 03.25.17 @ 04:42am


I agree with Joseph R. There had to be something BEFORE.

Posted by Wade Born on Friday, 06.17.16 @ 16:41pm


Thanks for a fantastically interesting site please keep it running.

Posted by P Annable on Thursday, 06.16.16 @ 05:28am


This is amazing, thank you for the wonderful information

Posted by Elizabeth Huger on Tuesday, 06.7.16 @ 15:53pm


I wonder just how much is there going to be in all these Black Holes?

Posted by Mark Ballington on Thursday, 05.26.16 @ 04:45am


When somebody mentions the Big Bang I always wonder what created the Big Bang.
Something existed that caused the explosion and therefore the Big Bang was not the beginning of the Universe.
The Big Bang most likely did create billions of galaxies within an eternal Universe, but in and of itself did not create the Universe. Logic refutes the Big Bang theory. Something had to exist in order to explode.
Joseph Raglione. Philosopher.

Posted by Joseph Raglione on Tuesday, 05.24.16 @ 23:52pm


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