Do you have 3D glasses? You can watch these stereo images that reveal the distance from the backgrounds of the stars. Proxima Centauri on the left and Wolf 359 on the right.

According to new research, the new renamed object Arrokoth, once known as Ultima Thule, is covered with ultrared, smooth and organic complex molecules.

Another look at Ultima Thule reveals the way of observation that many people associate.

New Horizons images revealed that the craters in Pluto and Charon were made by small Kuiper Belt objects.

Although this looks more impressive if you wear 3D glasses, this Kuiper Belt object is the first 3D image of Ultima Thule. New Horizons flew by Ultima Thule on January 1.

This is the first color image of Ultima Thule, taken by the New Horizons spacecraft 85,000 miles away from the object. It replaces the first “bowling pin” shape thought to be the “red snowman”. This image reveals that Ultima Thule is actually two objects combined with gravity, making it the first contact pair that a spacecraft visited. The red color is due to the irradiation in the Kuiper Belt.

New Horizons gave us our first “close” look at Ultima Thule on January 1st. On the left is a combination of two images taken half a million miles away, showing the size and shape of the object. An artist’s impression on the right shows that Ultima Thule is shaped like a bowling pin and turns like a propeller.

When NASA’s New Horizons spacecraft crossed Pluto in July 2015, it captured this image of the main mountain ranges where it meets the wide icy plain called Sputnik Planitia. The protrusions in these photographs are now defined as sand dunes made of solid methane ice grains.

New Horizons photographed what scientists called “winged” land near the heart-shaped region of the dwarf planet. This 3D image was created on July 14 using two images taken about 14 minutes apart. The first image was taken about 16,000 miles (25,000 kilometers) from Pluto, and the second was taken when the spacecraft was 10,000 miles (about 17,000 kilometers) away. For the best view, take off your 3D glasses.

The New Horizons team discovered a chain of exotic mountains covered with methane snow in Pluto. On March 3, NASA released an image of the snow-capped mountains that extend into the dark width of Cthulhu.

On February 4, 2015, NASA posted a photo that Pluto suspected of having an image of floating hills on its surface. The peaks are made of water ice and hang on a sea of ​​nitrogen.

This image made in infrared light shows that Pluto has plenty of water ice on its surface. The image was created using two Pluto scans by the New Horizons spacecraft on July 14, where the probe was about 108,000 kilometers (108,000 kilometers) above Pluto.

These photos show various textures of Pluto, including what NASA called “round and strange textured mountains”. The mountains are unofficially called Tartarus Dorsa. This image shows 330 miles (530 kilometers) of Pluto’s land. It combines blue, red and infrared images taken by the space probe’s Ralph / Multispectral Visual Imaging Camera. The images were taken on July 14 during the probe’s flight. They were released on September 24.

The photos taken just before New Horizons’ closest approach to Pluto on July 14 are the sharpest images of Pluto’s various lands to date. This high resolution image reveals the details of the two icebergs. The image is 75 miles (120 kilometers) from the surface of Pluto.

This image of the Pluto surface was taken just 15 minutes after NASA’s New Horizon spacecraft took its closest approach to the icy planet on July 14. it must be at least 60 miles (100 kilometers) above the surface. The photo was connected to Earth on September 13.

The frosted and mountainous landscapes of Pluto were taken at a distance of 11,000 miles (17,700 kilometers). “This image really makes you feel like you’re in Pluto,” said Alan Stern, Head of New Horizons Researcher at the Southwestern Research Institute in Colorado.

This picture is a synthesis of new high-resolution images connected from New Horizons. Wide icy plains are called Sputnik Planum. This image comes from a perspective over Pluto’s equatorial space. Astronomers began to connect in the data dump from the spaceship during the 5-7 September Labor Day weekend.

Scientists say that what looks like the mountains might be large blocks of frozen water suspended in frozen nitrogen. In new photos taken on July 14 and published on September 10, one pixel is 400 meters (440 meters). The closest passage of New Horizons from Pluto took him about 50,000 miles from the surface.

The view of Pluto is very diverse: what looks like plains, mountains, craters and dunes. The smallest details in the photos are about half a mile wide. Scientists say the area with craters is old. Properly frozen planes are relatively young.

Just before his closest approach to Pluto on July 14, he photographed Charon, the largest moon of Pluto, NASA’s New Horizons spacecraft. The photo was taken 290,000 miles away. The north pole region of Charon is quite dark. This photo was released on September 10.

This new image of Pluto is striking planetary scientists. It shows the atmosphere of the small earth backlit by the sun. NASA says the image shows layers of haze several times higher than expected. The photo was taken by the New Horizons spacecraft on July 14, seven hours after its closest approach to Pluto. The New Horizons were then about 1.25 million miles from Pluto.

Images from the heart-shaped feature of Pluto, unofficially called Tombaugh Regio, “reveal a vast, craterless plain that is not more than 100 million years old,” said NASA, July 17. The frozen region “still works geologically.” NASA New Horizons spacecraft launched in 2006 and traveled 3 billion miles on the dwarf planet.

Close-up footage of a region near Pluto’s equator revealed a huge surprise: a series of young mountains. NASA released the image on July 15.

The remarkable new details of Pluto’s biggest bear, Charon, appear in this image published on July 15.

The latest spectrum analysis from New Horizons’ Ralph instrument was released on July 15. Plenty of methane ice appeared, but striking differences appeared in places along the frozen surface of Pluto.

NASA team members and guests count down the spacecraft approach to Pluto on July 14.

This image of Pluto was captured by the New Horizons on July 13, about 16 hours before the closest approach moment. The spacecraft was 476,000 miles from Pluto’s surface.

The colors in this image of Pluto and Charon are exaggerated to make it easier to see their different features. (These are not the true colors of Pluto and Charon, and neither body is too close together in space.) This image was created on July 13, the day before New Horizons approached Pluto closest.

This image of Pluto was captured by the New Horizons on July 12. At that time the spacecraft was 1.6 million miles from Pluto.

New Horizons took this photo of Charon on July 12. A larger system of chamsms emerges from the Grand Canyon. The spacecraft was 1.6 million miles away when captured.

The New Horizons were about 3.7 million miles away from Pluto and Charon when it shot this image on July 8.

Do you see a heart in Pluto? This image was taken by the New Horizons on July 7, about 5 million miles from the planet. Look at the bottom right and you will see a large bright area (about 1,200 miles) that looks like a heart.

The New Horizons took six black and white photographs of Pluto and Charon between June 23-29. The images were combined with the color data of another instrument in the space probe to create the above images. The spacecraft was 15 million miles away when it started the series and 11 million miles away when the last photo was taken.

Pluto is shown together with Charon in images taken on 25 and 27 June. The image on the right shows a series of evenly spaced dark spots close to Pluto’s equator. Scientists hope to solve the puzzle as New Horizons approach Pluto.

New Horizons took 13 pictures of Charon revolving around Pluto for 6½ days in April. As the images were taken, the spacecraft passed from Pluto from about 69 million miles to 64 million miles.

Look carefully at the images above: They point out that New Horizons photographed Pluto’s smallest and thinnest satellites Kerberos and Styx for the first time. Images were taken between April 25 and May 1.

According to NASA, New Horizons used its color viewer on April 9 to capture this image of Pluto and Charon. This was the first color image captured by a spacecraft approaching Pluto and Charon. The spacecraft was about 71 million miles away from Pluto when the photo was taken.

In August 2014, New Horizons crossed the orbit of his last planet, Neptune, on his journey to Pluto. The New Horizons took a photo of Neptune and its big moon Triton when it was about 2.45 billion miles away from the planet – more than 26 times the distance between the Earth and our sun.

New Horizons captured this image of Jupiter and the volcanic moon Io in early 2007.

On the way to Pluto, New Horizons took photos of Jupiter’s four major “Galilean” bears. From left to Io, Europa, Ganymede and Callisto.

In this photograph taken from New Horizons in September 2006, a white arrow points to Pluto. The spacecraft was still about 2.6 billion miles from Pluto.

Pluto was discovered in 1930, but until February 2010, when NASA released this photo, it was only a light spot on the best telescopes in the world. It was created by combining each image taken by the Hubble Space Telescope – each just a few pixels wide – with a technique called flickering. NASA said four years and 20 computers are constantly working to create the image.

This was one of the best views of Pluto and his moon Charon before the New Horizons mission. The photo was taken on February 21, 1994 by the European Space Agency’s Pale Object Camera in the Hubble Space Telescope.

Hubble Space Telescope image of Pluto and its moons. Charon is the closest month to Pluto. The four other highlights are the smaller months discovered in 2005, 2011 and 2012: Nix, Hydra, Kerberos and Styx.

New Horizons were launched from the Kennedy Space Center in Florida on January 19, 2006. A piano-sized probe weighed about 1,054 pounds at opening. It has seven instruments to take pictures and sample Pluto’s atmosphere. After completing the five-month Pluto study, the spacecraft will continue to go deep into the Kuiper Belt.