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65 Extremely Rare Historical Pictures That Will Completely And Totally Change Your Perspective On The Universe

65 Extremely Rare Historical Pictures That Will Completely And Totally Change Your Perspective On The Universe

Buzz Feed07-06-2025

This is a picture of Earth from ONE HOUR ago:
Do you see yourself?
And this is a picture of Mars that was taken THIS WEEK:
Weather looks nicer than New York City, not going to lie.
This is how big Earth is compared to Jupiter's Great Red Spot:
I would hesitate to call that giant thing a "spot." It's disrespectful to Big Jupey.
Speaking of which, the Great Red Spot on Jupiter is shrinking:
According to NASA, "Some unknown activity in the planet's atmosphere may be draining energy and weakening the storm, causing it to shrink."
And while we're talkin' Jupiter, this is what Jupiter would look like if it were as close as the moon:
Petition to replace the moon with Jupiter. Get on it, Biden.
This is what the Korean penisula — North Korea on top, South Korea on bottom – looks like from space:
That arrow is pointing to Pyongyang, the capital of North Korea.
In 2001, there was a huge dust storm on Mars that obscured the whole planet from the outside:
Imagine leaving your windows open on Mars that day.
This is what Florida looks like from space:
To paraphrase Carl Sagan: Every Floridian you love, every Floridian who has robbed a gas station, every Floridian who has unwisely kept an exotic animal as a pet, every Floridian who has ever been seriously hurt flying off a jump in a backyard go-kart accident, has lived out their lives on that peninsula.
And this is what the Himalayas look like from International Space Station:
Not so tall now, are you!
This is the last image NASA's InSight rover sent from Mars before running out of power at the end of its mission last December:
While we're on the subject, this is the last picture the Mars Opportunity rover took:
Well, one of the final few. Goodnight, sweet prince.
This is what a volcano erupting looks like from space:
Neat!
This, to scale, is how far apart the Milky Way galaxy and the Andromeda galaxy are:
FYI, the Milky Way is about 100,000 light-years across.
This is how big Earth is compared to Saturn:
Earth is PUNY.
And this is how big the Moon and Pluto's moon Charon are compared to the Earth:
You know what? I'm glad that puny little dwarf planet doesn't count as a planet anymore.
This is what Antarctica looks like from space:
Read more about how this image was made here.
This is what the inside of a 1970s spacesuit looked like:
Specially the Russian Orlan suit. Looks comfortable and not horrifying at all!
You can see volcanic eruptions on Jupiter's moon Io from space:
Some are large enough to be seen from Earth, too.
Speaking of IO, here's a picture of one of the moon's most unique mountains, named "Steeple Mountain:"
It's about four miles high.
This is what the Pacific Ocean looks like from space:
There are at least ten fish pictured here.
This is a picture of Pluto and its moons taken in 2006...
And this is a much, much clearer picture of Pluto taken only a decade later, in 2015:
By NASA's New Horizons spacecraft from 476,000 miles out.
This is what the Space Shuttle Endeavour looked like as it left Earth and traveled into orbit:
It looks like a little toy.
This is what a typhoon looks like from space:
Specifically, Super Typhoon Maysak in 2015.
This picture was taken shortly after David Scott and Neil Armstrong's Gemini 8 space capsule landed in the Pacific Ocean:
Some cool-looking extra-terrestrial dudes.
This is what the United Kingdom looked like from space during the winter of 2010:
Likes like one of those Games of Thrones.
This is what a sunset looks like from space:
Hmmm. Is this more or less impressive than the sunset your mom has as the background on her iPhone lock screen? Weigh in on this in the comments, please.
On Feb. 7, 1984, Bruce McCandless II performed the first-ever untethered space walk, and folks, it looks absolutely terrifying:
He used a jet-propelled backpack to maneuver around. It was apparently very, very cold.
This is a picture of the ice mountains of Pluto as seen from the New Horizons space probe:
The photo is 230 miles across, to put things into perspective.
This is what New Zealand looks like from space:
I think I see Tom Bombadil.
This is how big an average-sized comet is compared to Paris:
Specifically the Churyumov-Gerasimenko comet. Very chill, though.
This is a REAL picture of the moon crossing in front of the Earth:
The image was taken by the DSCOVR spacecraft about a million miles away from Earth.
This is what a solar eclipse looks like from space:
Like a pen blew up all over Earth.
In 1972, astronaut Charles Duke left behind a picture of his family on the moon's surface. It's been there ever since:
The back of the photo reads, "This is the family of Astronaut Duke from Planet Earth, who landed on the Moon on the twentieth of April 1972."
This is how big everyone's favorite telescope, the Hubble Telescope, is:
KRGEAC The Hubble Space Telescope at the Lockheed assembly plant 8913987
This picture, taken in 1946, is one of the first images of Earth ever taken from space:
It was captured from a 35-millimeter camera attached to a V-2 rocket.
And this is the first picture of Earth from the moon, taken in 1966 by Lunar Orbiter 1:
The Mars rovers are way, way bigger than you thought they were:
This is the Perseverance rover. It's not a little RC car!
This is what a piece of the moon and a piece of Mars looks like:
Read and see more here.
These are two of the earliest known photographs of Saturn and Jupiter, taken in the 19th century:
You're probably familiar with the "Face on Mars," an image of a formation on Mars from the 1970s that launched a million conspiracy theories...
...well, this is what a much less blurry, much more recent photograph of that same "face" looks like:
I still want to believe.
Mars is home to the tallest mountain in the solar system, the 72,000-foot-tall Olympus Mons:
It's over 372 miles wide. That's bigger than Arizona.
Speaking of Mars, this is what a sunset looks like on that there planet:
Not as nice as Key West, but what are you gonna do. Martians make do.
There's a bunch of trash left by humans on the moon. In fact, if you really want to know, there are 96 bags of human waste on that big pie in the sky:
Now, THAT'S amore.
You might recognize Eugene from this iconic picture of his moon walk:
NASA recently captured one of the clearest pictures of Jupiter yet:
Look at my boy Jupey!
This is the Willamette meteorite, the largest meteorite that's ever been found in the United States:
It is the sixth largest in the world and weighs 15.5 tons.
And this is the Hoba meteorite, the largest meteorite on Earth:
The largest that we know of, that is. It's located in Namibia.
Way out on the edge of the Solar System is this big ol' hunk of rock called Ultima Thule, Arrokoth, or (486958) 2014 MU69 — the farthest thing from Earth humanity has ever "explored up close":
Reminds me of two peanuts I ate earlier today. Those were some good peanuts.
Buzz Aldrin took humanity's first "space selfie" while on a spacewalk in 1966:
Never heard of a "space selfie"? Well, it's got its own Wikipedia page.
This is what the moon looks like in the Northern Hemisphere...
...and this is what the moon looks like in the Southern Hemisphere. It's upside down:
Well, I guess that just depends on the moon you lived your life with.
This is what Ireland looks like from space:
I think I see Bono.
And finally, this is the statement President Jimmy Carter wrote and put aboard the Voyager 1 spacecraft, intended for any aliens the probe might encounter:
It reads: "This Voyager spacecraft was constructed by the United States of America. We are a community of 240 million human beings among the more than 4 billion who inhabit the planet Earth. We human beings are still divided into nation states, but these states are rapidly becoming a single global civilization."We cast this message into the cosmos. It is likely to survive a billion years into our future, when our civilization is profoundly altered and the surface of the Earth may be vastly changed. Of the 200 billion stars in the Milky Way galaxy, some — perhaps many — may have inhabited planets and spacefaring civilizations. If one such civilization intercepts Voyager and can understand these recorded contents, here is our message:"This is a present from a small distant world, a token of our sounds, our science, our images, our music, our thoughts, and our feelings. We are attempting to survive our time so we may live into yours. We hope someday, having solved the problems we face, to join a community of galactic civilizations. This record represents our hope and our determination, and our good will in a vast and awesome universe."
This is Eugene Cernan, who is, as of 2023, the last man to ever walk on the moon:
He did it way back in 1972. It's been that long, folks!
Finally, let's end by looking at the TRUE color of every planet in our solar system. This is what color Mercury really is:
And this is what Venus looks like to the naked eye:
Here's where you are, Earth, in true color:
No surprise here.
This is what Mars looks like in real color:
And this is what Jupiter looks like without any filters:
Here's Saturn in all its true-color glory:
And this is Uranus in real color:
Here's Neptune in true color:
And, finally, here's our little dwarf planet warrior, Pluto, in real color:

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Morrison students help University of Michigan researchers with NASA solar disturbance study
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Jun. 28—MORRISON — High school students across the U.S., including 10 from Morrison High School, have been part of a project that has detected radio waves associated with solar disturbances using $500 antenna kits, contributing real scientific data to NASA. The data helps scientists understand these disturbances and could help create early warnings to protect satellites and power grids on Earth, as well as astronauts and their equipment from dangerous solar storms. Morrison High School got involved in the program in October 2023, when 10 MHS students from now-retired teacher Gregg Dolan's physics class helped University of Michigan research professor and MHS graduate Ward "Chip" Manchester assemble and install an antenna on the school's roof. Those students were Zayden Boonstra, Blake Adams, Caden Bielema, Lisa Hardesty, Cameron McDonnell, Madison Banks, Alyvia Behrens, Cooper Bush, Chase Newman and Gigi Connelly. "The students thoroughly enjoyed helping set up the antenna and learning what's going on and figuring stuff out in space, because they just don't get a lot of it in school," said Dolan, who for the last 18 years of his career would devote the third quarter of the physics class to astronomy. "I also gave a presentation about the mission, coronal mass ejections, solar eruptions and how they propagate through space, and how the radio emission occurs," Manchester said. "One student who had gone to Morrison was a freshman in the College of Engineering at Michigan, and was also there helping out." The antenna they put up is part of the SunRISE Ground Radio Lab, a science program inviting people to use a multifrequency radio telescope to listen to radio signals from space. The SunRISE GRL is a collaborative effort between UM and NASA's Sun Radio Interferometer Space Experiment mission. UM associate research scientist and SunRISE GRL lead researcher Mojtaba Akhavan-Tafti said SunRISE is a group of six small satellites that will work together to study the sun's low-frequency radio emissions. It will help scientists better understand how solar storms form. Akhavan-Tafti said the SunRISE mission began in 2018, when NASA selected a collaborative proposal from UM and NASA's Jet Propulsion Laboratory to move forward with development. By 2020, the college had launched a multidisciplinary design program, bringing together undergraduate and graduate students to design, build and test ground-based antenna arrays in support of the SunRISE satellite mission. "After that program successfully launched, NASA came back to us and said, 'Hey, given the success of the program, do you think you could get high school students involved in the project?'" Akhavan-Tafti said. "We accepted the challenge." The SunRISE GRL now works with 18 high schools nationwide, building antennas that detect radio waves from solar phenomena. The dual dipole antennas are designed to detect a specific range of low radio frequencies — between 8 and 24 megahertz — that are linked to solar events such as coronal mass ejections, which emit radio waves as they form and travel through space. "Instead of making the antennas that were costing us around $25,000 a unit, we took it to our team, and we redesigned the antenna to be only $500," Akhavan-Tafti said. "It's a different type of antenna, different type of frequency; however, it observes the same phenomena in space." That data helps in understanding space weather and its effects on technology and human life, providing early warnings of CMEs that can affect Earth. "We can look at these solar radio bursts to tell us many days in advance that there is a storm potentially coming so that you can prepare for those types of big solar events, and so that your assets and astronauts are operating in safe environments," Akhavan-Tafti said. Although scientists still are figuring out exactly when during a CME's journey these radio signals are produced, Akhavan-Tafti said the waves themselves travel at the speed of light — reaching Earth in just minutes or hours, far faster than the CMEs, which can take days to arrive. According to the National Weather Service's Space Weather Prediction Center, a CME is a massive burst of solar plasma and magnetic field released from the sun's outer atmosphere, or corona. These eruptions can trigger geomagnetic storms that may disrupt satellites, power grids and communications on Earth. Akhavan-Tafti said the latest results from the SunRISE GLR program focus on validating the new instruments by confirming they can detect patterns seen in past studies. "When you come up with a new instrument, you want to first make sure that it replicates previous data," Akhavan-Tafti said. "Not every surprise is a good surprise." A study, which Akhavan-Tafti said was released Wednesday, June 25, links solar radio bursts — specifically Type II radio bursts — to CMEs, as previous high-resolution space- and ground-based observations have done. What sets SunRISE apart is its use of interferometry, a method where signals from multiple antennas with unknown exact positions are combined to pinpoint the source of radio emissions. Akhavan-Tafti said this is the first time such a technique has been applied to this kind of solar observation. "One of the open science questions, after all this time, is: Exactly where are these signals coming from?" Akhavan-Tafti said. Together, the students and researchers are seeking to answer that and other research questions, such as: What are the mechanisms behind solar flares and CMEs? How do they manifest in radio emissions? What are the mechanisms behind various types of radio bursts observed on the sun, and how do they relate to space weather phenomena? Akhavan-Tafti said the SunRISE GRL aims to inspire the next generation of science, technology, engineering, arts and math students through hands-on citizen-science activities. "It would be great if they're exposed to STEAM and those types of activities to get a sense of what it's like to be a scientist or an engineer or an entrepreneur in the sciences," Akhavan-Tafti said. "That requires students to be trained to understand that these careers exist and to take courses that are going to prepare them for those types of future careers, and that's what NASA wanted us to do." One of the key scientific advantages of the SunRISE mission is its ability to detect very low-frequency radio waves — right down to what is called the plasma cutoff frequencies, which Manchester said are the "lowest frequencies available to the antenna." On Earth, the ionosphere acts as a filter, blocking radio waves below a certain frequency. "The ionosphere can only allow radio waves of certain frequencies to pass through. High frequencies go through OK, but if a frequency gets too low, the ionosphere absorbs it," Manchester said. "It almost becomes what's called the plasma frequency ... and it will just absorb it, almost like a DC current." Manchester said this makes the space-based SunRISE array especially powerful. "We have this cutoff frequency that we have to deal with, where we can't see radio waves below that frequency on Earth's surface because the ionosphere absorbs it," Manchester said. "The space mission doesn't have that issue ... so it can go to much, much lower frequencies." He said that access to lower frequencies in space is what makes the mission so compelling. "That allows us to track features much further out into the solar wind. The further out they go, the lower the natural frequency," Manchester said. "On Earth, those get cut off pretty quickly. But in space, we're gonna be able to track them much, much further out." For Akhavan-Tafti, the impact of the program goes beyond research. "These types of programs are allowing us to use federal funding to educate the next generation of entrepreneurs, policymakers, scientists and engineers of our nation," Akhavan-Tafti said. He hopes more schools will take advantage of the opportunity. "This is an open call — if any other high schools in the area think that they could benefit from this, everything is free of charge to the schools," Akhavan-Tafti said. "If they're interested in getting involved, they're welcome to contact us." For more information or to contact Akhavan-Tafti, visit the project's website at

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