At around 1:00 p.m. on Wednesday, Fox Newsperson Greta Van Susteren let it be known that she was really pissed, and inconvenienced, and also honestly suspicious of the amount of time it took NASA to release images taken of Pluto in a 2015 flyby. What secrets could be on Pluto that it took a whole YEAR for NASA’s…
New Horizons may be millions of miles beyond Pluto in the Kuiper Belt right now, but that hasn’t stopped the spacecraft from continuing to beam back glorious imagery of its encounter with our solar system’s weirdest little ice world. A new NASA video reveals the most detailed images of Pluto’s surface yet—and they’re…
Pluto may be long gone, but NASA’s New Horizons spacecraft is by no means finished with the outer solar system. For the second time, New Horizons has observed 1994 JR1, a 90-mile wide Kuiper Belt Object (KBO) that orbits over 3 billion miles from the sun.
It’s been eight months since New Horizons made its historic flyby of Pluto, but data keeps on trickling in from the intrepid space probe. Scientists have now produced a new composite map, creating the sharpest and most detailed look at the dwarf planet yet.
New Horizons has been sending back some incredible information about Pluto, but the Dwarf planet isn’t the only thing it’s been studying. NASA recently noted that the spacecraft’s vantage point is ideal for studying Solar Wind, and it’s been doing just that.
NASA has released a new image of Pluto’s Tartarus Dorsa, the ‘bladed’ region to the east of the heart-shaped formation known as the Tombaugh Region. The 3D image reminds us of how weird the dwarf planet is.
On July 14th 2015, millions of two-legged mammals watched with bated breath as a piano-sized spacecraft of their own making pulled up to an icy rock three billion miles away. Through the eyes of New Horizons, we got our first good look at Pluto, and what we saw astonished us. But eight months on and several beefy…
There’s been dozens of probes that have gone out exploring the solar system since 1959's Luna 2 probe. PopChartLab has gone and noted down each one since in this beautiful poster of the Solar System.
Even though New Horizons swept past Pluto last year, more than half the data that it gleaned from the planet during its flyby is still on the spacecraft, which means that there’s still much that we’ll be learning about the dwarf planet. Case in point: methane snow-covered peaks.
Pluto’s atmosphere might be more complex than we thought. New Scientist claims that scientists reckon these images could actually show individual clouds floating above the surface of the planet.
New Horizon’s flyby of Pluto has given scientists an unimaginable amount of data, considering it’s previously only existed as a pixelated blob. But in addition to geological maps and real science, New Horizon has also given us some stunning photos.
Remember when Pluto was nothing more than a pixelated blob at the edge of our Solar System? We were so young then. But now, seven months after New Horizons’ historic flyby, scientists have amassed so much data on the former ninth planet that they’re constructing our first geologic maps of it.
Something strange has been happening on the surface of Pluto. There’s a series of hills, each about a couple miles across, and they appear to be moving.
A couple of years ago, we were blown away by Steve Gildea’s work titled Planetary Suite: a sliver of each planet forming a single, wonderful image. There was one problem though: he didn’t know what Pluto looked like. Now, we do.
New Horizons might have swept past Pluto months ago, but we’re still learning some cool things from the images that are being beamed back. In the latest picture, NASA reported that they’ve spotted some layers in the dwarf planet’s atmosphere.
Combining data from two instruments on board the New Horizons spacecraft, NASA scientists have produced a detailed composite image of Pluto’s Viking Terra region. NASA has also released a photo of the Sputnik Planum region which it says is the sharpest view yet of the Plutonian surface.
Ever since New Horizons zipped past Pluto in July, we’ve marveled over the dwarf planet’s complex terrain. Among the biggest puzzles Pluto presents us with is a vast, crater-free ice field informally known as Sputnik Planum. The leading hypothesis for how this surface came to be? An epically violent collision.
On the 23rd and 24th of January, 1930, a young astronomer working in Flagstaff, Arizona, scanned a small patch of the night sky. He was taking pictures of star positions, looking for anomalies that would signal movement somewhere at the edge of the solar system. He took the pictures then set them aside, not realizing…