A new photo from NASA's Hubble space telescope captures a variety of celestial objects both near and far, providing a glimpse of many different stages of cosmic history all at once.

The Hubble image, released Thursday (April 17), is a 14-hour exposure that shows objects about 1 billion times fainter than the naked eye can make out, researchers said. Most of the galaxies visible in the photo lie less than 5 billion light-years away, but some objects are much more distant.

For example, the photo shows a quasar located 9 billion light-years from Earth, meaning it has taken about two-thirds of the universe's history for the object's light to reach Hubble. (The Big Bang that created the universe occurred 13.8 billion years ago.) [Zoom in on new Hubble photo (Video)]

An image of a galaxy cluster taken by the NASA/ESA Hubble Space Telescope gives a remarkable cross-section of the Universe, showing objects at different distances and stages in cosmic history. They range from cosmic near neighbours to objects seen in the early years of the Universe. The 14-hour exposure shows objects around a billion times fainter than can be seen with the naked eye.
An image of a galaxy cluster taken by the NASA/ESA Hubble Space Telescope gives a remarkable cross-section of the Universe, showing objects at different distances and stages in cosmic history. They range from cosmic near neighbours to objects seen in the early years of the Universe. The 14-hour exposure shows objects around a billion times fainter than can be seen with the naked eye.
Credit: NASA/ESA

The most luminous objects in the universe, quasars are incredibly bright galactic cores powered by supermassive black holes that contain millions of times more mass than the sun.

The light from the distant quasar in the Hubble photo is being bent and amplified by a galaxy cluster that lies closer to Earth along the line of sight from this planet — a phenomenon known as gravitational lensing. This cluster, known as CLASS B1608+656, is visible as a small loop near the center of the image.

CLASS B1608+656 isn't the only lensing object in the new photo, which combines observations in visible and infrared light.

Two galaxies — dubbed Fred and Ginger, but more formally known as ACS J160919+6532 and ACS J160910+6532, respectively — are also warping spacetime enough to distort the light emitted by objects behind them, researchers said.

Both Fred and Ginger appear close to CLASS B1608+656 in the Hubble photo. But only Fred is actually close to the cluster, researchers said; Ginger is much nearer to Earth.

Hubble has revolutionized astronomers' understanding of the universe since its April 1990 launch. Test your knowledge of the telescope in this quiz.
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Hubble Quiz: Do You Know the Famous Space Telescope?
Hubble has revolutionized astronomers' understanding of the universe since its April 1990 launch. Test your knowledge of the telescope in this quiz.
Health Checkup: Engineers Work to Stall Hubble's Death
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Find out how Hubble has stayed on the cutting edge of deep-space astronomy for the past 20 years here. [<a href="http://www.space.com/20765-hubble-space-telescope-infographic.html">See the full Hubble Space Telescope Infographic here.</a>]
Find out how Hubble has stayed on the cutting edge of deep-space astronomy for the past 20 years here. [See the full Hubble Space Telescope Infographic here.]
Credit: Karl Tate, SPACE.com Infographics Artist

The Hubble image is new to the general public but not to scientists, who have studied it extensively over the years. It was spotted by Adam Kill during the 2012 Hubble's Hidden Treasures competition, which invited contestants to identify the most interesting and beautiful Hubble photos that a wide audience has yet to see.

The iconic Hubble Space Telescope, a joint effort involving NASA and the European Space Agency, launched in April 1990. Astronauts repaired and upgraded the orbiting instrument five times over the years using the now-grounded space shuttle, sharpening Hubble's vision considerably.

Officials have said they plan to operate Hubble through at least 2020. That would allow some scientific overlap with the telescope's successor, NASA's $8.8 billion James Webb Space Telescope, which is currently scheduled to launch in 2018.

Follow Mike Wall on Twitter @michaeldwall and Google+. Follow us @Spacedotcom, Facebook or Google+. Originally published on Space.com.