What Is on Voyager’s Golden Record?

From a whale song to a kiss, the time capsule sent into space in 1977 had some interesting contents

Megan Gambino

Megan Gambino

Senior Editor

Voyager record

“I thought it was a brilliant idea from the beginning,” says Timothy Ferris. Produce a phonograph record containing the sounds and images of humankind and fling it out into the solar system.

By the 1970s, astronomers Carl Sagan and Frank Drake already had some experience with sending messages out into space. They had created two gold-anodized aluminum plaques that were affixed to the Pioneer 10 and Pioneer 11 spacecraft. Linda Salzman Sagan, an artist and Carl’s wife, etched an illustration onto them of a nude man and woman with an indication of the time and location of our civilization.

The “Golden Record” would be an upgrade to Pioneer’s plaques. Mounted on Voyager 1 and Voyager 2, twin probes launched in 1977, the two copies of the record would serve as time capsules and transmit much more information about life on Earth should extraterrestrials find it.

NASA approved the idea. So then it became a question of what should be on the record. What are humanity’s greatest hits? Curating the record’s contents was a gargantuan task, and one that fell to a team including the Sagans, Drake, author Ann Druyan, artist Jon Lomberg and Ferris, an esteemed science writer who was a friend of Sagan’s and a contributing editor to Rolling Stone .

The exercise, says Ferris, involved a considerable number of presuppositions about what aliens want to know about us and how they might interpret our selections. “I found myself increasingly playing the role of extraterrestrial,” recounts Lomberg in Murmurs of Earth , a 1978 book on the making of the record. When considering photographs to include, the panel was careful to try to eliminate those that could be misconstrued. Though war is a reality of human existence, images of it might send an aggressive message when the record was intended as a friendly gesture. The team veered from politics and religion in its efforts to be as inclusive as possible given a limited amount of space.

Over the course of ten months, a solid outline emerged. The Golden Record consists of 115 analog-encoded photographs, greetings in 55 languages, a 12-minute montage of sounds on Earth and 90 minutes of music. As producer of the record, Ferris was involved in each of its sections in some way. But his largest role was in selecting the musical tracks. “There are a thousand worthy pieces of music in the world for every one that is on the record,” says Ferris. I imagine the same could be said for the photographs and snippets of sounds.

The following is a selection of items on the record:

Silhouette of a Male and a Pregnant Female

The team felt it was important to convey information about human anatomy and culled diagrams from the 1978 edition of The World Book Encyclopedia. To explain reproduction, NASA approved a drawing of the human sex organs and images chronicling conception to birth. Photographer Wayne F. Miller’s famous photograph of his son’s birth, featured in Edward Steichen’s 1955 “Family of Man” exhibition, was used to depict childbirth. But as Lomberg notes in Murmurs of Earth , NASA vetoed a nude photograph of “a man and a pregnant woman quite unerotically holding hands.” The Golden Record experts and NASA struck a compromise that was less compromising— silhouettes of the two figures and the fetus positioned within the woman’s womb.

DNA Structure

At the risk of providing extraterrestrials, whose genetic material might well also be stored in DNA, with information they already knew, the experts mapped out DNA’s complex structure in a series of illustrations.

Demonstration of Eating, Licking and Drinking

When producers had trouble locating a specific image in picture libraries maintained by the National Geographic Society, the United Nations, NASA and Sports Illustrated , they composed their own. To show a mouth’s functions, for instance, they staged an odd but informative photograph of a woman licking an ice-cream cone, a man taking a bite out of a sandwich and a man drinking water cascading from a jug.

Olympic Sprinters

Images were selected for the record based not on aesthetics but on the amount of information they conveyed and the clarity with which they did so. It might seem strange, given the constraints on space, that a photograph of Olympic sprinters racing on a track made the cut. But the photograph shows various races of humans, the musculature of the human leg and a form of both competition and entertainment.

Photographs of huts, houses and cityscapes give an overview of the types of buildings seen on Earth. The Taj Mahal was chosen as an example of the more impressive architecture. The majestic mausoleum prevailed over cathedrals, Mayan pyramids and other structures in part because Mughal Emperor Shah Jahan built it in honor of his late wife, Mumtaz Mahal, and not a god.

Golden Gate Bridge

Three-quarters of the record was devoted to music, so visual art was less of a priority. A couple of photographs by the legendary landscape photographer Ansel Adams were selected, however, for the details captured within their frames. One, of the Golden Gate Bridge from nearby Baker Beach, was thought to clearly show how a suspension bridge connected two pieces of land separated by water. The hum of an automobile was included in the record’s sound montage, but the producers were not able to overlay the sounds and images.

A Page from a Book

An excerpt from a book would give extraterrestrials a glimpse of our written language, but deciding on a book and then a single page within that book was a massive task. For inspiration, Lomberg perused rare books, including a first-folio Shakespeare, an elaborate edition of Chaucer from the Renaissance and a centuries-old copy of Euclid’s  Elements  (on geometry), at the Cornell University Library. Ultimately, he took MIT astrophysicist Philip Morrison’s suggestion: a  page  from Sir Isaac Newton’s  System of the World , where the means of launching an object into orbit is described for the very first time.

Greeting from Nick Sagan

To keep with the spirit of the project, says Ferris, the wordings of the 55 greetings were left up to the speakers of the languages. In  Burmese , the message was a simple, “Are you well?” In  Indonesian , it was, “Good night ladies and gentlemen. Goodbye and see you next time.” A woman speaking the Chinese dialect of  Amoy  uttered a welcoming, “Friends of space, how are you all? Have you eaten yet? Come visit us if you have time.” It is interesting to note that the final greeting, in  English , came from then-6-year-old Nick Sagan, son of Carl and Linda Salzman Sagan. He said, “Hello from the children of planet Earth.”

Whale Greeting

Biologist Roger Payne provided a whale song (“the most beautiful whale greeting,” he said, and “the one that should last forever”) captured with hydrophones off the coast of Bermuda in 1970. Thinking that perhaps the whale song might make more sense to aliens than to humans, Ferris wanted to include more than a slice and so mixed some of the song behind the greetings in different languages. “That strikes some people as hilarious, but from a bandwidth standpoint, it worked quite well,” says Ferris. “It doesn’t interfere with the greetings, and if you are interested in the whale song, you can extract it.”

Reportedly, the trickiest sound to record was a  kiss . Some were too quiet, others too loud, and at least one was too disingenuous for the team’s liking. Music producer Jimmy Iovine kissed his arm. In the end, the kiss that landed on the record was actually one that Ferris planted on Ann Druyan’s cheek.

Druyan had the idea to record a person’s brain waves, so that should extraterrestrials millions of years into the future have the technology, they could decode the individual’s thoughts. She was the guinea pig. In an hour-long session hooked to an EEG at New York University Medical Center, Druyan meditated on a series of prepared thoughts. In  Murmurs of Earth , she admits that “a couple of irrepressible facts of my own life” slipped in. She and Carl Sagan had gotten engaged just days before, so a love story may very well be documented in her neurological signs. Compressed into a minute-long segment, the  brain waves  sound, writes Druyan, like a “string of exploding firecrackers.”

Georgian Chorus—“Tchakrulo”

The team discovered a beautiful recording of “Tchakrulo” by Radio Moscow and wanted to include it, particularly since Georgians are often credited with introducing polyphony, or music with two or more independent melodies, to the Western world. But before the team members signed off on the tune, they had the lyrics translated. “It was an old song, and for all we knew could have celebrated bear-baiting,” wrote Ferris in  Murmurs of Earth . Sandro Baratheli, a Georgian speaker from Queens, came to the rescue. The word “tchakrulo” can mean either “bound up” or “hard” and “tough,” and the song’s narrative is about a peasant protest against a landowner.

Chuck Berry’s “Johnny B. Goode”

According to Ferris, Carl Sagan had to warm up to the idea of including Chuck Berry’s 1958 hit “Johnny B. Goode” on the record, but once he did, he defended it against others’ objections. Folklorist Alan Lomax was against it, arguing that rock music was adolescent. “And Carl’s brilliant response was, ‘There are a lot of adolescents on the planet,’” recalls Ferris.

On April 22, 1978,  Saturday Night Live  spoofed the Golden Record in a  skit  called “Next Week in Review.” Host Steve Martin played a psychic named Cocuwa, who predicted that  Time  magazine would reveal, on the following week’s cover, a four-word message from aliens. He held up a mock cover, which read, “Send More Chuck Berry.”

More than four decades later, Ferris has no regrets about what the team did or did not include on the record. “It means a lot to have had your hand in something that is going to last a billion years,” he says. “I recommend it to everybody. It is a healthy way of looking at the world.”

According to the writer, NASA approached him about producing another record but he declined. “I think we did a good job once, and it is better to let someone else take a shot,” he says.

So, what would you put on a record if one were being sent into space today?

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Megan Gambino

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Megan Gambino is a senior web editor for Smithsonian magazine.

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How the Voyager Golden Record Was Made

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We inhabit a small planet orbiting a medium-sized star about two-thirds of the way out from the center of the Milky Way galaxy—around where Track 2 on an LP record might begin. In cosmic terms, we are tiny: were the galaxy the size of a typical LP, the sun and all its planets would fit inside an atom’s width. Yet there is something in us so expansive that, four decades ago, we made a time capsule full of music and photographs from Earth and flung it out into the universe. Indeed, we made two of them.

The time capsules, really a pair of phonograph records, were launched aboard the twin Voyager space probes in August and September of 1977. The craft spent thirteen years reconnoitering the sun’s outer planets, beaming back valuable data and images of incomparable beauty . In 2012, Voyager 1 became the first human-made object to leave the solar system, sailing through the doldrums where the stream of charged particles from our sun stalls against those of interstellar space. Today, the probes are so distant that their radio signals, travelling at the speed of light, take more than fifteen hours to reach Earth. They arrive with a strength of under a millionth of a billionth of a watt, so weak that the three dish antennas of the Deep Space Network’s interplanetary tracking system (in California, Spain, and Australia) had to be enlarged to stay in touch with them.

If you perched on Voyager 1 now—which would be possible, if uncomfortable; the spidery craft is about the size and mass of a subcompact car—you’d have no sense of motion. The brightest star in sight would be our sun, a glowing point of light below Orion’s foot, with Earth a dim blue dot lost in its glare. Remain patiently onboard for millions of years, and you’d notice that the positions of a few relatively nearby stars were slowly changing, but that would be about it. You’d find, in short, that you were not so much flying to the stars as swimming among them.

The Voyagers’ scientific mission will end when their plutonium-238 thermoelectric power generators fail, around the year 2030. After that, the two craft will drift endlessly among the stars of our galaxy—unless someone or something encounters them someday. With this prospect in mind, each was fitted with a copy of what has come to be called the Golden Record. Etched in copper, plated with gold, and sealed in aluminum cases, the records are expected to remain intelligible for more than a billion years, making them the longest-lasting objects ever crafted by human hands. We don’t know enough about extraterrestrial life, if it even exists, to state with any confidence whether the records will ever be found. They were a gift, proffered without hope of return.

I became friends with Carl Sagan, the astronomer who oversaw the creation of the Golden Record, in 1972. He’d sometimes stop by my place in New York, a high-ceilinged West Side apartment perched up amid Norway maples like a tree house, and we’d listen to records. Lots of great music was being released in those days, and there was something fascinating about LP technology itself. A diamond danced along the undulations of a groove, vibrating an attached crystal, which generated a flow of electricity that was amplified and sent to the speakers. At no point in this process was it possible to say with assurance just how much information the record contained or how accurately a given stereo had translated it. The open-endedness of the medium seemed akin to the process of scientific exploration: there was always more to learn.

In the winter of 1976, Carl was visiting with me and my fiancée at the time, Ann Druyan, and asked whether we’d help him create a plaque or something of the sort for Voyager. We immediately agreed. Soon, he and one of his colleagues at Cornell, Frank Drake, had decided on a record. By the time NASA approved the idea, we had less than six months to put it together, so we had to move fast. Ann began gathering material for a sonic description of Earth’s history. Linda Salzman Sagan, Carl’s wife at the time, went to work recording samples of human voices speaking in many different languages. The space artist Jon Lomberg rounded up photographs, a method having been found to encode them into the record’s grooves. I produced the record, which meant overseeing the technical side of things. We all worked on selecting the music.

I sought to recruit John Lennon, of the Beatles, for the project, but tax considerations obliged him to leave the country. Lennon did help us, though, in two ways. First, he recommended that we use his engineer, Jimmy Iovine, who brought energy and expertise to the studio. (Jimmy later became famous as a rock and hip-hop producer and record-company executive.) Second, Lennon’s trick of etching little messages into the blank spaces between the takeout grooves at the ends of his records inspired me to do the same on Voyager. I wrote a dedication: “To the makers of music—all worlds, all times.”

To our surprise, those nine words created a problem at NASA . An agency compliance officer, charged with making sure each of the probes’ sixty-five thousand parts were up to spec, reported that while everything else checked out—the records’ size, weight, composition, and magnetic properties—there was nothing in the blueprints about an inscription. The records were rejected, and NASA prepared to substitute blank discs in their place. Only after Carl appealed to the NASA administrator, arguing that the inscription would be the sole example of human handwriting aboard, did we get a waiver permitting the records to fly.

In those days, we had to obtain physical copies of every recording we hoped to listen to or include. This wasn’t such a challenge for, say, mainstream American music, but we aimed to cast a wide net, incorporating selections from places as disparate as Australia, Azerbaijan, Bulgaria, China, Congo, Japan, the Navajo Nation, Peru, and the Solomon Islands. Ann found an LP containing the Indian raga “Jaat Kahan Ho” in a carton under a card table in the back of an appliance store. At one point, the folklorist Alan Lomax pulled a Russian recording, said to be the sole copy of “Chakrulo” in North America, from a stack of lacquer demos and sailed it across the room to me like a Frisbee. We’d comb through all this music individually, then meet and go over our nominees in long discussions stretching into the night. It was exhausting, involving, utterly delightful work.

“Bhairavi: Jaat Kahan Ho,” by Kesarbai Kerkar

In selecting Western classical music, we sacrificed a measure of diversity to include three compositions by J. S. Bach and two by Ludwig van Beethoven. To understand why we did this, imagine that the record were being studied by extraterrestrials who lacked what we would call hearing, or whose hearing operated in a different frequency range than ours, or who hadn’t any musical tradition at all. Even they could learn from the music by applying mathematics, which really does seem to be the universal language that music is sometimes said to be. They’d look for symmetries—repetitions, inversions, mirror images, and other self-similarities—within or between compositions. We sought to facilitate the process by proffering Bach, whose works are full of symmetry, and Beethoven, who championed Bach’s music and borrowed from it.

I’m often asked whether we quarrelled over the selections. We didn’t, really; it was all quite civil. With a world full of music to choose from, there was little reason to protest if one wonderful track was replaced by another wonderful track. I recall championing Blind Willie Johnson’s “Dark Was the Night,” which, if memory serves, everyone liked from the outset. Ann stumped for Chuck Berry’s “ Johnny B. Goode ,” a somewhat harder sell, in that Carl, at first listening, called it “awful.” But Carl soon came around on that one, going so far as to politely remind Lomax, who derided Berry’s music as “adolescent,” that Earth is home to many adolescents. Rumors to the contrary, we did not strive to include the Beatles’ “Here Comes the Sun,” only to be disappointed when we couldn’t clear the rights. It’s not the Beatles’ strongest work, and the witticism of the title, if charming in the short run, seemed unlikely to remain funny for a billion years.

“Dark Was the Night, Cold Was the Ground,” by Blind Willie Johnson

Ann’s sequence of natural sounds was organized chronologically, as an audio history of our planet, and compressed logarithmically so that the human story wouldn’t be limited to a little beep at the end. We mixed it on a thirty-two-track analog tape recorder the size of a steamer trunk, a process so involved that Jimmy jokingly accused me of being “one of those guys who has to use every piece of equipment in the studio.” With computerized boards still in the offing, the sequence’s dozens of tracks had to be mixed manually. Four of us huddled over the board like battlefield surgeons, struggling to keep our arms from getting tangled as we rode the faders by hand and got it done on the fly.

The sequence begins with an audio realization of the “music of the spheres,” in which the constantly changing orbital velocities of Mercury, Venus, Earth, Mars, and Jupiter are translated into sound, using equations derived by the astronomer Johannes Kepler in the sixteenth century. We then hear the volcanoes, earthquakes, thunderstorms, and bubbling mud of the early Earth. Wind, rain, and surf announce the advent of oceans, followed by living creatures—crickets, frogs, birds, chimpanzees, wolves—and the footsteps, heartbeats, and laughter of early humans. Sounds of fire, speech, tools, and the calls of wild dogs mark important steps in our species’ advancement, and Morse code announces the dawn of modern communications. (The message being transmitted is Ad astra per aspera , “To the stars through hard work.”) A brief sequence on modes of transportation runs from ships to jet airplanes to the launch of a Saturn V rocket. The final sounds begin with a kiss, then a mother and child, then an EEG recording of (Ann’s) brainwaves, and, finally, a pulsar—a rapidly spinning neutron star giving off radio noise—in a tip of the hat to the pulsar map etched into the records’ protective cases.

“The Sounds of Earth”

Ann had obtained beautiful recordings of whale songs, made with trailing hydrophones by the biologist Roger Payne, which didn’t fit into our rather anthropocentric sounds sequence. We also had a collection of loquacious greetings from United Nations representatives, edited down and cross-faded to make them more listenable. Rather than pass up the whales, I mixed them in with the diplomats. I’ll leave it to the extraterrestrials to decide which species they prefer.

“United Nations Greetings/Whale Songs”

Those of us who were involved in making the Golden Record assumed that it would soon be commercially released, but that didn’t happen. Carl repeatedly tried to get labels interested in the project, only to run afoul of what he termed, in a letter to me dated September 6, 1990, “internecine warfare in the record industry.” As a result, nobody heard the thing properly for nearly four decades. (Much of what was heard, on Internet snippets and in a short-lived commercial CD release made in 1992 without my participation, came from a set of analog tape dubs that I’d distributed to our team as keepsakes.) Then, in 2016, a former student of mine, David Pescovitz, and one of his colleagues, Tim Daly, approached me about putting together a reissue. They secured funding on Kickstarter , raising more than a million dollars in less than a month, and by that December we were back in the studio, ready to press play on the master tape for the first time since 1977.

Pescovitz and Daly took the trouble to contact artists who were represented on the record and send them what amounted to letters of authenticity—something we never had time to accomplish with the original project. (We disbanded soon after I delivered the metal master to Los Angeles, making ours a proud example of a federal project that evaporated once its mission was accomplished.) They also identified and corrected errors and omissions in the information that was provided to us by recordists and record companies. Track 3, for instance, which was listed by Lomax as “Senegal Percussion,” turns out instead to have been recorded in Benin and titled “Cengunmé”; and Track 24, the Navajo night chant, now carries the performers’ names. Forty years after launch, the Golden Record is finally being made available here on Earth. Were Carl alive today—he died in 1996 at the age of sixty-two—I think he’d be delighted.

This essay was adapted from the liner notes for the new edition of the Voyager Golden Record, recently released as a vinyl boxed set by Ozma Records .

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The Voyager Golden Record

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August 14, 2017

Voyager Golden Records 40 Years Later: Real Audience Was Always Here on Earth

What message would you send to outer space?

By Jason Wright & The Conversation

golden plaque voyager

NASA, JPL-Caltech

The following essay is reprinted with permission from  The Conversation , an online publication covering the latest research.

Forty years ago, NASA launched Voyager I and II to explore the outer solar system. The twin spacecraft both visited Jupiter and Saturn; from there Voyager I explored the hazy moon Titan, while Voyager II became the first (and, to date, only) probe to explore Uranus and Neptune. Since they move too quickly and have too little propellant to stop themselves, both spacecraft are now on what NASA calls their Interstellar Mission , exploring the space between the stars as they head out into the galaxy.

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Both craft carry Golden Records : 12-inch phonographic gold-plated copper records, along with needles and cartridges, all designed to last indefinitely in interstellar space. Inscribed on the records’ covers are instructions for their use and a sort of “map” designed to describe the Earth’s location in the galaxy in a way that extraterrestrials might understand.

The grooves of the records record both ordinary audio and 115 encoded images . A team led by astronomer Carl Sagan selected the contents, chosen to embody a message representative of all of humanity. They settled on elements such as audio greetings in 55 languages , the brain waves of “a young woman in love” (actually the project’s creative director Ann Druyan, days after falling in love with Carl Sagan ), a wide-ranging selection of musical excerpts from Blind Willie Johnson to honkyoku , technical drawings and images of people from around the world, including Saan Hunters, city traffic and a nursing mother and child.

Since we still have not detected any alien life, we cannot know to what degree the records would be properly interpreted. Researchers still debate what forms such messages should take . For instance, should they include a star map identifying Earth? Should we focus on ourselves, or all life on Earth? Should we present ourselves as we are, or as comics artist Jack Kirby would have had it, as “the exuberant, self-confident super visions with which we’ve clothed ourselves since time immemorial”?

But the records serve a broader purpose than spreading the word that we’re here on our blue marble. After all, given the vast distances between the stars, it’s not realistic to expect an answer to these messages within many human lifetimes. So why send them and does their content even matter? Referring to earlier, similar efforts with the Pioneer spacecraft , Carl Sagan wrote , “the greater significance of the Pioneer 10 plaque is not as a message to out there; it is as a message to back here.” The real audience of these kinds of messages is not ET, but humanity.

In this light, 40 years’ hindsight shows the experiment to be quite a success, as they continue to inspire research and reflection.

Only two years after the launch of these messages to the stars, “Star Trek: The Motion Picture” imagined the success of similar efforts by (the fictional) Voyager VI. Since then, there have been Ph.D. theses written on the records’ content , investigations into the identity of the person heard laughing and successful crowdfunded efforts to reissue the records themselves for home playback.

The choice to include music has inspired introspection on the nature of music as a human endeavor, and what it would (or even could) mean to an alien species. If an ET even has ears, it’s still far from clear whether it would or could appreciate rhythm, tones, vocal inflection, verbal language or even art of any kind. As music scholars Nelson and Polansky put it , “By imagining an Other listening, we reflect back upon ourselves, and open our selves and cultures to new musics and understandings, other possibilities, different worlds.”

The records also represent humanity’s deliberate effort to put artifacts among the stars. Unlike everything on Earth, which is subject to erosion and all but inevitable destruction (from the sun’s eventual demise, if nothing else), the Golden Records are essentially eternal, a permanent time capsule of humanity. And unlike the Voyager spacecraft themselves – which were designed to have finite lifespans and whose journey into interstellar space was incidental to their primary function of exploring the outer planets – the Golden Records’ only purpose is to serve as ambassadors of humanity to the stars.

Placing artifacts in interstellar space thus makes the galaxy subject to the social studies, in addition to astronomy. The Golden Records mark our claim to interstellar space as part of our cultural landscape and heritage , and once the Voyager spacecraft themselves are not functional any longer, they will become proper achaeological objects . They are, in a sense, how we as a species have planted our flag of exploration in space. Anthropologist Michael Oman-Reagan muses , “Has NASA been to interstellar space because this spacecraft has? Have we, as a human species, [now] been to interstellar space?”

I would argue we have, and we are a better species for it. Like the Pioneer plaques and the Arecibo Message before them, the Golden Records inspire us to broaden our minds about what it means to be human; what we value as humans; and about our place and role in the cosmos by having us imagine what we might, or might not, have in common with any alien species our Voyagers eventually encounter on their very long journeys.

This article was originally published on  The Conversation . Read the original article .

Voyager Golden Records 40 years later: Real audience was always here on Earth

golden plaque voyager

Professor of Astronomy and Astrophysics, Penn State

Disclosure statement

Jason Wright acknowledges funding from NASA, the NSF, the Center for Exoplanets and Habitable Words at The Pennsylvania State University, and from Breakthrough Listen, part of the Breakthrough Initiatives sponsored by the Breakthrough Prize Foundation ( https://breakthroughinitiatives.org/ ).

Penn State provides funding as a founding partner of The Conversation US.

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golden plaque voyager

Forty years ago, NASA launched Voyager I and II to explore the outer solar system. The twin spacecraft both visited Jupiter and Saturn; from there Voyager I explored the hazy moon Titan, while Voyager II became the first (and, to date, only) probe to explore Uranus and Neptune. Since they move too quickly and have too little propellant to stop themselves, both spacecraft are now on what NASA calls their Interstellar Mission , exploring the space between the stars as they head out into the galaxy.

golden plaque voyager

Both craft carry Golden Records : 12-inch phonographic gold-plated copper records, along with needles and cartridges, all designed to last indefinitely in interstellar space. Inscribed on the records’ covers are instructions for their use and a sort of “map” designed to describe the Earth’s location in the galaxy in a way that extraterrestrials might understand.

The grooves of the records record both ordinary audio and 115 encoded images . A team led by astronomer Carl Sagan selected the contents, chosen to embody a message representative of all of humanity. They settled on elements such as audio greetings in 55 languages , the brain waves of “a young woman in love” (actually the project’s creative director Ann Druyan, days after falling in love with Carl Sagan ), a wide-ranging selection of musical excerpts from Blind Willie Johnson to honkyoku , technical drawings and images of people from around the world, including Saan Hunters, city traffic and a nursing mother and child.

Since we still have not detected any alien life, we cannot know to what degree the records would be properly interpreted. Researchers still debate what forms such messages should take . For instance, should they include a star map identifying Earth? Should we focus on ourselves, or all life on Earth? Should we present ourselves as we are, or as comics artist Jack Kirby would have had it, as “the exuberant, self-confident super visions with which we’ve clothed ourselves since time immemorial”?

But the records serve a broader purpose than spreading the word that we’re here on our blue marble. After all, given the vast distances between the stars, it’s not realistic to expect an answer to these messages within many human lifetimes. So why send them and does their content even matter? Referring to earlier, similar efforts with the Pioneer spacecraft , Carl Sagan wrote , “the greater significance of the Pioneer 10 plaque is not as a message to out there; it is as a message to back here.” The real audience of these kinds of messages is not ET, but humanity.

golden plaque voyager

In this light, 40 years’ hindsight shows the experiment to be quite a success, as they continue to inspire research and reflection.

Only two years after the launch of these messages to the stars, “Star Trek: The Motion Picture” imagined the success of similar efforts by (the fictional) Voyager VI. Since then, there have been Ph.D. theses written on the records’ content , investigations into the identity of the person heard laughing and successful crowdfunded efforts to reissue the records themselves for home playback.

The choice to include music has inspired introspection on the nature of music as a human endeavor, and what it would (or even could) mean to an alien species. If an ET even has ears, it’s still far from clear whether it would or could appreciate rhythm, tones, vocal inflection, verbal language or even art of any kind. As music scholars Nelson and Polansky put it , “By imagining an Other listening, we reflect back upon ourselves, and open our selves and cultures to new musics and understandings, other possibilities, different worlds.”

golden plaque voyager

The records also represent humanity’s deliberate effort to put artifacts among the stars. Unlike everything on Earth, which is subject to erosion and all but inevitable destruction (from the sun’s eventual demise, if nothing else), the Golden Records are essentially eternal, a permanent time capsule of humanity. And unlike the Voyager spacecraft themselves – which were designed to have finite lifespans and whose journey into interstellar space was incidental to their primary function of exploring the outer planets – the Golden Records’ only purpose is to serve as ambassadors of humanity to the stars.

Placing artifacts in interstellar space thus makes the galaxy subject to the social studies, in addition to astronomy. The Golden Records mark our claim to interstellar space as part of our cultural landscape and heritage , and once the Voyager spacecraft themselves are not functional any longer, they will become proper achaeological objects . They are, in a sense, how we as a species have planted our flag of exploration in space. Anthropologist Michael Oman-Reagan muses , “Has NASA been to interstellar space because this spacecraft has? Have we, as a human species, [now] been to interstellar space?”

I would argue we have, and we are a better species for it. Like the Pioneer plaques and the Arecibo Message before them, the Golden Records inspire us to broaden our minds about what it means to be human; what we value as humans; and about our place and role in the cosmos by having us imagine what we might, or might not, have in common with any alien species our Voyagers eventually encounter on their very long journeys.

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The 116 photos NASA picked to explain our world to aliens

by Joss Fong

golden plaque voyager

If any intelligent life in our galaxy intercepts the Voyager spacecraft, if they evolved the sense of vision, and if they can decode the instructions provided, these 116 images are all they will know about our species and our planet, which by then could be long gone:

When Voyager 1 and Voyager 2 launched into space in 1977, their mission was to explore the outer solar system, and over the following decade, they did so admirably.

With an 8-track tape memory system and onboard computers that are thousands of times weaker than the phone in your pocket, the two spacecraft sent back an immense amount of imagery and information about the four gas giants, Jupiter, Saturn, Uranus, and Neptune.

But NASA knew that after the planetary tour was complete, the Voyagers would remain on a trajectory toward interstellar space, having gained enough velocity from Jupiter's gravity to eventually escape the grasp of the sun. Since they will orbit the Milky Way for the foreseeable future, the Voyagers should carry a message from their maker, NASA scientists decided.

The Voyager team tapped famous astronomer and science popularizer Carl Sagan to compose that message. Sagan's committee chose a copper phonograph LP as their medium, and over the course of six weeks they produced the "Golden Record": a collection of sounds and images that will probably outlast all human artifacts on Earth.

How would aliens know what to do with the Golden Record?

The records are mounted on the outside of Voyager 1 and Voyager 2 and protected by an aluminum case. Etched on the cover of that case are symbols explaining how to decode the record. Put yourself in an extraterrestrial's shoes and try to guess what the etchings seek to communicate. Stumped? Hover over or click on the yellow circles for the intended meaning of these interstellar brain teasers:

golden plaque voyager

What else is on the Golden Record?

Any aliens who come across the Golden Record are in for a treat. It contains:

  • 116 images encoded in analog form depicting scientific knowledge, human anatomy, human endeavors, and the terrestrial environment. (These images appear in color in the video above, but on the record, all but 20 are black and white.)
  • Spoken greetings in more than 50 languages.
  • A compilation of sounds from Earth.
  • Nearly 90 minutes of music from around the world. Notably missing are the Beatles, who reportedly wanted to contribute "Here Comes the Sun" but couldn't secure permission from their record company. For the video above, I chose to include "Dark Was the Night" by Blind Willie Johnson, a 1927 track Sagan described as "haunting and expressive of a kind of cosmic loneliness."

The committee also made space for a message from the president of the United States:

carter

Where are they now?

Incredibly, Voyager 1 and Voyager 2 are still communicating with Earth — they aren't expected to lose power until the 2020s. That's how NASA knew that Voyager 1 became the first ever spacecraft to enter interstellar space in 2012: The probe detected high-density plasma characteristic of the space beyond the heliosphere (the bubble of solar wind created by the sun).

Voyager 2 is currently traveling through the outer layers of the heliosphere. It's moving southward relative to Earth's orbit, while Voyager 1 is moving northward. In more than 40,000 years, they will each pass closer to another star than they are to our sun. (Or, more accurately, stars will pass by them).

There are three other spacecraft headed toward interstellar space; two of them, Pioneer 10 and Pioneer 11, are shown in this somewhat dated illustration:

NASA launched Pioneer 10 and 11 in 1972 and 1973, and has since lost communication with both. They aren't traveling as fast as the Voyagers, but they will eventually enter interstellar space as well.

They too, carry a message for extraterrestrial life, in the form of a 6-by-9-inch gold-anodized aluminum plaque, designed by Sagan and other members of the team that would go on to create the Voyager Golden Record five years later.

Pioneer plaque

Like the Golden Record, the plaque features the pulsar map, uses hydrogen to define the binary units, and depicts humankind. NASA faced a backlash for the nudity of the human figures.

Another interstellar message

The fifth probe that will exit our solar system is New Horizons , the spacecraft that flew by Pluto in 2015. It is headed in a broadly similar direction as Voyager 2, but having launched in 2006, it's many years behind. It may not reach interstellar space for another 30 years.

New Horizons was sent into space without any message like the Golden Record, but it's not too late to add one. A group led by Jon Lomberg , a member of Sagan's Golden Record team, is trying to convince NASA to upload a crowdsourced message to the probe for any intelligent life that might come across it.

The spacecraft's memory system is similar to a flash drive, and it wouldn't be as durable as the copper records on Voyager. "The most conservative estimates are a lifetime of a few decades. Other physicists and engineers believe the message might remain for centuries or even millennia," says the website of the message initiative, adding, more hopefully, "Another unknown is the advanced technology possessed by any ETs who find the spacecraft. They might have ways of reading the faded memory we cannot yet imagine."

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What Voyager's golden record tells ET about Earth

18 April 2009

Douglas Vakoch of the SETI Institute says any future messages sent to ET should reflect the human race as it really – warts and all . Click through this gallery to see what an alien civilisation might learn about earthlings from images on a golden record placed on each of the twin Voyager probes. Since launching in 1977, the spacecraft have travelled to the edge of the solar system.

Read more: “ Where am I? Voyager on the solar system’s frontier “

golden plaque voyager

NASA’s Pioneer 10 and 11 spacecraft, which launched in 1972 and 1973, carried this design , which was etched on a 15×23-cm gold-anodised aluminium plate. The plaque was intended to inform any extraterrestrials who might come upon it when and where the spacecraft launched (using 14 pulsars as a reference point). “There’s also an image of a man and woman – perhaps the most cryptic for an extraterrestrial to understand,” says Vakoch. “The response NASA got [to that image] was quite surprising to them. Some were concerned that NASA was sending pornography into space.” (Illustration: NASA)

golden plaque voyager

NASA placed a more ambitious message aboard the Voyager 1 and 2 spacecraft, which launched in 1977. Sounds and images intended to portray the diversity of life and cultures on Earth were encoded on a phonograph record made of gold-plated copper. A committee chaired by Carl Sagan assembled its contents: 115 images, a variety of natural sounds, music from different cultures and eras, and spoken greetings in 55 languages. Each record is encased in a protective aluminium jacket, together with a cartridge and a needle. Instructions, in symbolic language, explain the origin of the spacecraft and how to play the record. “The spacecraft will be encountered and the record played only if there are advanced spacefaring civilisations in interstellar space,” said Sagan. “But the launching of this bottle into the cosmic ocean says something very hopeful about life on this planet.” (Image: NASA)

golden plaque voyager

“Like other messages that have been created for extraterrestrial audiences, the starting point of the Voyager recording was something we would expect extraterrestrials to have in common with us – and that’s basic math and science,” says Vakoch. (Illustration: Frank Drake)

golden plaque voyager

This image defines basic units of mass, length and time. (Illustration: Frank Drake)

golden plaque voyager

Included on the Voyager record are images of (clockwise from upper left) Mercury, Earth, Jupiter and Mars. (Image: NASA)

golden plaque voyager

Overlaid on this satellite image of Egypt are some of the some of the most important gases in Earth’s atmosphere and their concentrations. The chemical formulas used here also appear in other Voyager slides, where there are diagrams of various atoms. (Illustration: NASA)

golden plaque voyager

This illustration of DNA (top left) shows how “the chemistry of Earth is tied into our genetic material”, says Vakoch. Human reproduction is also the focus of multiple Voyager images, from the fertilisation of an egg by a sperm to a developing foetus to a silhouette of a man and a pregnant woman. “There’s an emphasis on reproduction in the Voyager recording, but also considerable caution in depicting nude human beings,” says Vakoch. “The image [of the man and woman] nicely portrays our ambivalence about sexuality.” (Illustrations: Jon Lomberg)

golden plaque voyager

This image illustrates “licking, eating and drinking” (Image: National Astronomy and Ionosphere Center)

golden plaque voyager

There are some Voyager images that relate to health and the human body, including this X-ray of a hand, says Vakoch – “but nothing that explicitly says, ‘Our bodies are frail.'” “The Voyager recordings intentionally minimise negative aspects of [human culture],” says Vakoch. “There was an intentional decision not to include a picture of a nuclear mushroom cloud [or] poverty and disease.” But long-lived alien civilisations are the ones most likely to be around to intercept our messages. “If they’re older, perhaps they’re also much more advanced than we are,” says Vakoch. “What would we have to say that would be of interest to them?” “I think the greatest thing we have to offer is to be honest about our current level of development, to highlight that we’re not sure that we’re even going to survive the next century . . . but that we have enough faith that we will continue to exist that we are making an effort to reach out to other civilisations.” (Image: National Astronomy and Ionosphere Center)

golden plaque voyager

This illustration of vertebrate evolution shows representatives of the major vertebrate groupings, including amphibians, birds and mammals. The image of the man and woman at top right is quite similar to the drawing that was on the Pioneer plaque , with one difference – in the Pioneer image of the early 1970s, the man is raising a hand in greeting, but in this image from a few years later, the woman is waving hello. “Just in the span of a few short years, we saw a responsiveness in NASA to [include] a more adequate representation of women by showing a woman not as passively standing next to a man but as being a member of a couple that was actively sending greetings to other worlds,” says Vakoch. (Illustration: Jon Lomberg)

golden plaque voyager

NASA really made an effort with Voyager to include images and sounds from around the world. “What’s unique about the Voyager recording is there’s really an emphasis on describing the breadth of human experience,” says Vakoch. “Really it’s the best portrayal of human diversity of any messages that have been sent out in space.” Still, the diversity it displays is limited – there are no images representing homosexuality, for example. “I think any interstellar message is in part a reflection of its times,” he says. “It may well be that if NASA sends out another image in the future, it may include a picture of two men or two women holding hands.” (Images: United Nations)

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Golden Record Sounds and Music

Sounds of earth.

The following is a listing of sounds electronically placed onboard the Voyager 1 and 2 spacecraft.

Music from Earth

The following music was included on the Voyager record.

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One of the most iconic pieces of space exploration history is up for auction.

When NASA’s twin Voyager probes lifted off to explore the solar system just weeks apart in 1977, they carried identical golden records designed as the first recorded interstellar message from humankind to potential intelligent life in the cosmos.

The records had both audio and visuals that aimed to capture Earth’s diversity of life and culture, including greetings in 59 human languages and 115 images of life.

The master recordings of the Voyager Golden Record still have their original boxes.

Now, a copy of the master recording for NASA’s Voyager Golden Record — the one kept by the late astronomer Carl Sagan and his wife, producer Ann Druyan — will be for sale at Sotheby’s New York on Thursday.

The recordings, contained on two double-sided reels of audiotape, are expected to fetch between $400,000 and $600,000. The audio quality of both tapes is “excellent,” according to the auction house.

The tapes are still in their original Columbia Recording Studios boxes, marked by handwritten labels. One reel includes music, humpback whale songs, United Nations delegates speaking, greetings and other sounds from across the world. The second tape features different styles of world music, including Chuck Berry’s “Johnny B. Goode,” Senegalese percussion, a Peruvian wedding song, a Navajo night chant and an Indian vocal raga, according to Sotheby’s.

Sagan and Frank Drake, both professors of astronomy at Cornell University at the time, were approached by officials at NASA to create the unique record as a follow-up to their work on the plaque aboard Pioneer 10 . Fellow Pioneer collaborator Linda Salzman also joined the committee, along with Druyan as creative director. The team had six months to capture the sounds and visuals of Earth.

Each Voyager spacecraft carries a copy of the Golden Record, which has been featured in several works of science fiction. The record's protective cover, with instructions for playing its contents, is shown at left.

Druyan compiled a sound essay of the history of Earth, weaving into it recordings of a rain forest humming with life, the brain waves and heart sounds of a young woman in love, and a mother’s first words to her baby. Additionally, the record included sounds that provided context for the celestial neighborhood around our planet, such as a distant pulsar and a rapidly rotating neutron star.

Eight copies of the record, made of copper and plated in gold, were produced, including the two that flew to space. Each record cover was etched with symbols depicting how to locate the sun and instructions on how to play the record.

The records, now traveling beyond our solar system through interstellar space, were designed to last between 1 billion and 5 billion years. A hand-carved inscription on the records reads, “To the makers of music — all worlds, all times,” serving as the only example of human handwriting on each Voyager mission.

An unexpected journey

When the Voyager probes launched in 1977, no one expected that the twin spacecraft would have their missions extended from four years to 45 years and counting.

Now, the mission team is getting creative with its strategies for the power supply and instruments on both Voyager 1 and 2 to enable both probes to continue collecting valuable data as they explore uncharted interstellar territory.

Engineers secure the cover over the Voyager 1 Golden Record in archival image from 1977.

Voyager 1 is currently the farthest spacecraft from Earth at about 15 billion miles (24 billion kilometers) away, while Voyager 2 has traveled more than 12 billion miles (20 billion kilometers) from Earth, said Suzanne Dodd, Voyager’s project manager at NASA’s Jet Propulsion Laboratory in Pasadena, California.

Both are in interstellar space and the only spacecraft to operate beyond the heliosphere, the sun’s bubble of magnetic fields and particles that extends well beyond the orbit of Pluto.

As the sole extensions of humanity outside the heliosphere’s protective bubble, the two probes are alone on their cosmic treks as they travel in different directions.

Think of the planets of the solar system as existing in one plane. Voyager 1’s trajectory took it up and out of the plane of the planets after it passed Saturn, while Voyager 2 passed over the top of Neptune and moved down and out of the plane of planets, Dodd said.

The information collected by these long-lived probes is helping scientists learn about the cometlike shape of the heliosphere and how it protects Earth from energized particles and radiation in interstellar space.

A gold record ready to be attached to a Voyager space probe, USA, circa 1977. Voyager 1 and its identical sister craft Voyager 2 were launched in 1977 to study the outer Solar System and eventually interstellar space. The record, entitled 'The Sounds Of Earth' contains a selection of recordings of  life and culture on Earth. The cover contains instructions for any extraterrestrial being wishing to play the record. (Photo by NASA/Hulton Archive/Getty Images)

But it has taken a lot of care and monitoring to keep the “senior citizens” operating, Dodd said.

“I kind of describe them as twin sisters,” Dodd previously told CNN . “One has lost its hearing and it needs some hearing aids, and another one has lost some sense of touch. So, they’ve failed differently over time. But in a general sense, they’re very healthy for how old they are.”

As long as both Voyager 1 and 2 remain healthy, it’s likely the aging probes will continue their record-breaking missions for years to come.

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Will Aliens Understand Voyager's Golden Record?

Could an alien observer truly understand the messages we have sent to the stars.

This artist's concept shows Pioneer venturing out into interstellar space. Both Pioneer 10 and 11 carry a plaque bearing a message from Earth. (Credit: NASA)

The Pioneer and Voyager spacecraft famously contain messages to anyone who might someday find them. Both Pioneers carry a plaque, while the Voyagers carry a phonograph record. An enormous amount of effort went into creating these objects, but could an alien observer truly understand the messages we have sent to the stars?

While we cannot take anything for granted when it comes to how these messages might or might not be interpreted, let’s assume that the beings who might find the spacecraft can at least see or hear with eyes or ears similar to our own. Each message was designed with not only the information it was to carry in mind, but also the means to establish understanding through common denominators found throughout the universe.

The Pioneer Plaque

Pioneer 10 and 11 each carry a 6 x 9-inch (15 x 23 centimeters), gold-anodized aluminum plaque. The plaque is affixed to support struts close to the spacecraft’s bus (main body). Carl Sagan and Frank Drake played key roles in designing the plaque and Linda Salzman Sagan, Sagan’s wife at the time, was the artist who actually drew the images engraved on the plaque.

The most striking feature of the plaque are the figures of the man and the woman overlying the silhouette of the Pioneer spacecraft itself. While this does clearly convey our physical size and shape, as well as that sexual dimorphism is present in humans, the facial features of the couple have little detail and the sort of sensory organs are being depicted (the couple’s ears are barely shown at all) might be unclear. The man and woman both have their mouths closed, and viewers might not understand that these are even mouths at all. Given how the image is drawn, an observer could also be forgiven for not understanding that both the male and female have hair on their heads.

The couple both have a bland expression (which may have been an attempt to avoid anything that could be interpreted as hostile) and the man is seen raising his right hand with the palm facing the viewer. While this gesture clearly conveys a greeting when viewed by another human, an extraterrestrial may have no way of interpreting this gesture. (Could you interpret a gesture made by an antelope … or a praying mantis?) It does show, however, that humans have opposable thumbs, as well as the general range of motion of the upper limbs.

With regards to the scientific data presented, the top left of the plaque shows the hyperfine transition of neutral hydrogen as a means of conveying to the reader baseline units of time (0.7 nanoseconds, the frequency of the transition) and distance (21 cm, the wavelength of the light released by the transition). If one is able to deduce that the image is that of hydrogen, the time and distance should be understandable.

The plaque also contains a map of our sun relative to 14 pulsars as well as the center of our galaxy, conveying both the distances to the pulsars and their frequency in binary notation. As this image conveys copious objective data, a spacefaring species might well be able to easily interpret it.

Finally, the plaque contains a map of the solar system. The solar system map is likely among the more easily interpreted parts of the plaque, with Pioneer shown to have originated from the third planet. The plaque was created at a time when Pluto was still considered the ninth planet (before the discovery of other trans-Neptunian dwarf planets such as Eris and Sedna, among others), but it would still direct the reader’s attention to Earth if they were able to figure out that our solar system was the one depicted.

Voyager’s Golden Record

The Voyager record asks more of whoever finds it but gives more information in return. These phonographs, attached to the spacecraft bus, feature a cover illustration and over 90 minutes of audio on the reverse side. The cover illustration features the same image of hydrogen and the same pulsar map as found on the Pioneer plaque. Of critical importance, the Voyager records convey instructions on how to play them, such as how to affix the attached stylus, at what rate of rotation the record must be spun, and the proper waveform of signals generated by the record. It also explicitly tells the reader how to know if they are viewing the images properly via an engraving of what the first image (a circle) should look like. While this may seem very daunting, the challenge is primarily technical and might well be easily overcome by an advanced spacefaring species.

An alien species might well find more difficulty in interpreting the audio samples, music, and images contained on the record. There are over 50 greeting messages in different languages. While the specifics of the messages are likely to be uninterpretable, they would at least convey to the listener the diversity of the creatures who created the Voyagers.

Similarly, the musical selections chosen demonstrate a wide range of human musical styles (ranging from works of Beethoven and Stravinsky to those of Chuck Berry, among others). While the lyrics of “Johnny B. Goode” are probably gibberish to an extraterrestrial, the beat and rhythm of the song would convey a tremendous amount to an alien listener.

Of perhaps the greatest importance are the 115 images encoded on the record. The first six images, if decoded properly, provide immense technical data for the reader regarding mathematical definitions, scales and sizes, as well as additional information regarding our location and how to find us. Images of the sun and its spectrum, as well as some of the planets in our solar system, could help the discoverer of the Voyagers to find us should they decide to pay the Earth a visit. There are also approximately 20 medical and scientific diagrams including the structure of DNA and detailed images of human anatomy. These images could likely be interpreted correctly given their concrete nature.

The Voyager record also contains a plethora of images of humans engaged in a variety of activities (including eating, looking through a microscope, and even going on a spacewalk). While many of these images would be hard to interpret (e.g., a picture of a woman licking an ice cream cone or a photo of a string quartet) the images would at least convey that humans have created a complex civilization with some degree of advanced technology.

The Big Picture

As Marshall McLuhan famously said, “The medium is the message.” While the recipients of the Pioneer plaque or the Voyager record might never understand everything we are trying to convey, the fact that these messages were placed on interstellar spacecraft carry (both for them and for us) a deeper message — that humans created these spacecraft and that we want to tell the universe who we are.

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The Golden Record

Pioneers 10 and 11, which preceded Voyager, both carried small metal plaques identifying their time and place of origin for the benefit of any other spacefarers that might find them in the distant future. With this example before them, NASA placed a more ambitious message aboard Voyager 1 and 2, a kind of time capsule, intended to communicate a story of our world to extraterrestrials. The Voyager message is carried by a phonograph record, a 12-inch gold-plated copper disk containing sounds and images selected to portray the diversity of life and culture on Earth.

The Golden Record Cover

In the upper left-hand corner is an easily recognized drawing of the phonograph record and the stylus carried with it. The stylus is in the correct position to play the record from the beginning. Written around it in binary arithmetic is the correct time of one rotation of the record, 3.6 seconds, expressed in time units of 0,70 billionths of a second, the time period associated with a fundamental transition of the hydrogen atom. The drawing indicates that the record should be played from the outside in. Below this drawing is a side view of the record and stylus, with a binary number giving the time to play one side of the record - about an hour.

The information in the upper right-hand portion of the cover is designed to show how pictures are to be constructed from the recorded signals. The top drawing shows the typical signal that occurs at the start of a picture. The picture is made from this signal, which traces the picture as a series of vertical lines, similar to ordinary television (in which the picture is a series of horizontal lines). Picture lines 1, 2 and 3 are noted in binary numbers, and the duration of one of the "picture lines," about 8 milliseconds, is noted. The drawing immediately below shows how these lines are to be drawn vertically, with staggered "interlace" to give the correct picture rendition. Immediately below this is a drawing of an entire picture raster, showing that there are 512 vertical lines in a complete picture. Immediately below this is a replica of the first picture on the record to permit the recipients to verify that they are decoding the signals correctly. A circle was used in this picture to ensure that the recipients use the correct ratio of horizontal to vertical height in picture reconstruction.

The drawing in the lower left-hand corner of the cover is the pulsar map previously sent as part of the plaques on Pioneers 10 and 11. It shows the location of the solar system with respect to 14 pulsars, whose precise periods are given. The drawing containing two circles in the lower right-hand corner is a drawing of the hydrogen atom in its two lowest states, with a connecting line and digit 1 to indicate that the time interval associated with the transition from one state to the other is to be used as the fundamental time scale, both for the time given on the cover and in the decoded pictures.

Electroplated onto the record's cover is an ultra-pure source of uranium-238 with a radioactivity of about 0.00026 microcuries. The steady decay of the uranium source into its daughter isotopes makes it a kind of radioactive clock. Half of the uranium-238 will decay in 4.51 billion years. Thus, by examining this two-centimeter diameter area on the record plate and measuring the amount of daughter elements to the remaining uranium-238, an extraterrestrial recipient of the Voyager spacecraft could calculate the time elapsed since a spot of uranium was placed aboard the spacecraft. This should be a check on the epoch of launch, which is also described by the pulsar map on the record cover.

The  Voyager Golden Records  are two  phonograph records  that were included aboard both  Voyager spacecraft  launched in 1977. The records contain sounds and images selected to portray the diversity of life and culture on Earth, and are intended for any intelligent  extraterrestrial life  form who may find them. The records are a sort of  time capsule .

Although neither Voyager spacecraft is heading toward any particular star,  Voyager 1  will pass within 1.6  light-years ' distance of the star  Gliese 445 , currently in the constellation  Camelopardalis , in about  40,000 years .

Carl Sagan  noted that "The spacecraft will be encountered and the record played only if there are advanced space-faring  civilizations  in  interstellar  space, but the launching of this  'bottle' into the cosmic 'ocean'  says something very hopeful about life on this planet."

The contents of the record were selected for NASA by a committee chaired by  Carl Sagan  of  Cornell University . The selection of content for the record took almost a year. Sagan and his associates assembled 115 images and a variety of natural sounds, such as those made by surf, wind, thunder and animals (including the songs of  birds  and  whales ). To this they added musical selections from different cultures and eras, spoken greetings in 55 ancient and modern languages, other human sounds, like footsteps and laughter (Sagan's), and printed messages from U.S. president  Jimmy Carter  and  U.N.   Secretary-General   Kurt Waldheim . The record also includes the inspirational message  Per aspera ad astra  in  Morse code .

The collection of images includes many photographs and diagrams both in black and white, and color. The first images are of scientific interest, showing mathematical and physical quantities, the  Solar System  and its planets,  DNA , and human  anatomy  and  reproduction . Care was taken to include not only pictures of humanity, but also some of animals, insects, plants and landscapes. Images of humanity depict a broad range of cultures. These images show food, architecture, and humans in portraits as well as going about their day-to-day lives. Many pictures are annotated with one or more indications of scales of time, size, or mass. Some images contain indications of  chemical composition . All measures used on the pictures are defined in the first few images using physical references that are likely to be consistent anywhere in the  universe .

The musical selection is also varied, featuring works by composers such as  J.S. Bach  (interpreted by  Glenn Gould ),  Mozart ,  Beethoven  (played by the  Budapest String Quartet ), and  Stravinsky . The disc also includes music by  Guan Pinghu ,  Blind Willie Johnson ,  Chuck Berry ,  Kesarbai Kerkar ,  Valya Balkanska , and electronic composer  Laurie Spiegel , as well as  Azerbaijani folk music  ( Mugham ) by oboe player  Kamil Jalilov . The inclusion of Berry's " Johnny B. Goode " was controversial, with some claiming that rock music was "adolescent", to which Sagan replied, "There are a lot of adolescents on the planet." The selection of music for the record was completed by a team composed of Carl Sagan as project director,  Linda Salzman Sagan ,  Frank Drake ,  Alan Lomax ,  Ann Druyan  as creative director, artist  Jon Lomberg ,  Timothy Ferris  as producer, and  Jimmy Iovine  as sound engineer.

The Golden Record also carries an hour-long recording of the brainwaves of  Ann Druyan . During the recording of the brainwaves, Druyan thought of many topics, including Earth's history, civilizations and the problems they face, and what it was like to fall in love.

After NASA had received  criticism over the nudity on the Pioneer plaque  (line drawings of a naked man and woman), the agency chose not to allow Sagan and his colleagues to include a photograph of a nude man and woman on the record. Instead, only a silhouette of the couple was included. However, the record does contain "Diagram of vertebrate evolution", by  Jon Lomberg , with drawings of an anatomically correct naked male and naked female, showing external organs.

The  pulsar  map and hydrogen molecule diagram are shared in common with the  Pioneer plaque .

The 115 images are encoded in analogue form and composed of 512 vertical lines. The remainder of the record is audio, designed to be played at 16⅔ revolutions per minute.

Jimmy Iovine , who was still early in his career as a music producer, served as sound engineer for the project at the recommendation of  John Lennon , who was contacted to contribute but was unable to take part.

Sagan's team wanted to include the  Beatles  song " Here Comes the Sun " on the record, but the record company  EMI , which held the copyrights, declined. In the 1978 book  Murmurs of Earth , the failure to secure permission for the song is cited as one of the legal challenges faced by the team compiling the Voyager Golden Record. In the book, Sagan said that the Beatles favoured the idea, but "[they] did not own the copyright, and the legal status of the piece seemed too murky to risk." When asked about the obstacle presented by EMI with regard to "Here Comes the Sun", despite the artists' wishes, Ann Druyan said in 2015: "Yeah, that was one of those cases of having to see the tragedy of our planet. Here's a chance to send a piece of music into the distant future and distant time, and to give it this kind of immortality, and they're worried about money ... we got this telegram [from EMI] saying that it will be $50,000 per record for two records, and the entire Voyager record cost $18,000 to produce." However, this was refuted in 2017 by Timothy Ferris; in his recollection, "Here Comes the Sun" was never considered for inclusion.

In July 2015, NASA uploaded the audio contents of the record to the audio streaming service  SoundCloud .

In the upper left-hand corner is a drawing of the  phonograph record  and the stylus carried with it. The stylus is in the correct position to play the record from the beginning. Written around it in  binary arithmetic  is the correct time of one rotation of the record, 3.6 seconds, expressed in time units of 0.70 billionths of a second, the time period associated with a  fundamental transition of the hydrogen atom . The drawing indicates that the record should be played from the outside in. Below this drawing is a side view of the record and stylus, with a binary number giving the time to play one side of the record—about an hour (more precisely, between 53 and 54 minutes).

The information in the upper right-hand portion of the cover is designed to show how pictures are to be constructed from the recorded signals. The top drawing shows the typical signal that occurs at the start of a picture. The picture is made from this signal, which traces the picture as a series of vertical lines, similar to analog  television  (in which the picture is a series of horizontal lines). Picture lines 1, 2 and 3 are noted in binary numbers, and the duration of one of the "picture lines," about 8 milliseconds, is noted. The drawing immediately below shows how these lines are to be drawn vertically, with staggered "interlace" to give the correct picture rendition. Immediately below this is a drawing of an entire picture  raster , showing that there are 512 (2 9 ) vertical lines in a complete picture. Immediately below this is a replica of the first picture on the record to permit the recipients to verify that they are decoding the signals correctly. A circle was used in this picture to ensure that the recipients use the correct ratio of horizontal to vertical height in picture reconstruction. Color images were represented by three images in sequence, one each for red, green, and blue components of the image. A color image of the spectrum of the sun was included for calibration purposes.

The drawing in the lower left-hand corner of the cover is the pulsar map previously sent as part of the plaques on Pioneers 10 and 11. It shows the location of the Solar System with respect to 14  pulsars , whose precise periods are given. The drawing containing two circles in the lower right-hand corner is a drawing of the  hydrogen atom  in its two lowest states, with a connecting line and digit 1 to indicate that the time interval associated with the transition from one state to the other is to be used as the fundamental time scale, both for the time given on the cover and in the decoded pictures.

Blank records were provided by the  Pyral  S.A. of  Créteil , France.  CBS Records  contracted the JVC Cutting Center in  Boulder, Colorado , to cut the  lacquer masters  which were then sent to the James G. Lee record-processing center in  Gardena, California , to cut and gold-plate eight Voyager records. After the records were plated they were mounted in aluminum containers and delivered to JPL.

The record is constructed of gold-plated copper and is 12 inches (30 cm) in diameter. The record's cover is  aluminum  and  electroplated  upon it is an ultra-pure sample of the isotope  uranium-238 . Uranium-238 has a  half-life  of 4.468 billion years. It is possible (e.g. via  mass-spectrometry ) that a civilization that encounters the record will be able to use the ratio of remaining uranium to the other elements to determine the age of the record.

The records also had the inscription  "To the makers of music – all worlds, all times"  hand-etched on its surface. The inscription was located in the "takeout grooves", an area of the record between the label and playable surface. Since this was not in the original specifications, the record was initially rejected, to be replaced with a blank disc. Sagan later convinced the administrator to include the record as is.

Voyager 1  was launched in 1977, passed the orbit of  Pluto  in 1990, and left the  Solar System  (in the sense of passing the  termination shock ) in November 2004. It is now in the  Kuiper belt . In about 40,000 years, it and  Voyager 2  will each come to within about 1.8  light-years  of two separate stars:  Voyager 1  will have approached star  Gliese 445 , located in the constellation  Camelopardalis ; and  Voyager 2  will have approached star  Ross 248 , located in the constellation of  Andromeda .

In March 2012,  Voyager 1  was over 17.9 billion km from the Sun and traveling at a speed of 3.6  AU  per year (approximately 61,000 km/h (38,000 mph)), while  Voyager 2  was over 14.7 billion km away and moving at about 3.3 AU per year (approximately 56,000 km/h (35,000 mph)).

Voyager 1  has entered the  heliosheath , the region beyond the termination shock. The termination shock is where the solar wind, a thin stream of electrically charged gas blowing continuously outward from the Sun, is slowed by pressure from gas between the stars. At the termination shock, the solar wind slows abruptly from its average speed of 300–700 km/s (670,000–1,570,000 mph) and becomes denser and hotter.

Of the eleven instruments carried on  Voyager 1 , five of them are still operational and continue to send back data today. It is expected that there will be insufficient energy to power any of the instruments beyond 2025.

On September 12, 2013, NASA announced that  Voyager 1  had left the heliosheath and entered  interstellar space , although it still remains within the Sun's gravitational sphere of influence.

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Greetings to the Universe in 55 Different Languages

A golden phonograph record was attached to each of the Voyager spacecraft that were launched almost 25 years ago. One of the purposes was to send a message to extraterrestrials who might find the spacecraft as the spacecraft journeyed through interstellar space. In addition to pictures and music and sounds from earth, greetings in 55 languages were included.

NASA asked Dr Carl Sagan of Cornell University to assemble a greeting and gave him the freedom to choose the format and what would be included. Because of the launch schedule, Sagan (and those he got to help him) was not given a lot of time. Linda Salzman Sagan was given the task of assembling the greetings.

The story behind the creation of the "interstellar message" is chronicled in the book, "Murmurs of Earth", by Carl Sagan, et al. Unfortunately, not much information is given about the individual speakers. Many of the speakers were from Cornell University and the surrounding communities. They were given no instructions on what to say other than that it was to be a greeting to possible extraterrestrials and that it must be brief. The following is an excerpt by Linda Salzman Sagan from the book:

"During the entire Voyager project, all decisions were based on the assumption that there were two audiences for whom the message was being prepared - those of us who inhabit Earth and those who exist on the planets of distant stars.

"We were principally concerned with the needs of people on Earth during this section of the recording. We recorded messages from populations all over the globe, each representative speaking in the language of his or her people, instead of sending greetings in one or two languages accompanied by keys for their decipherment. We were aware that the latter alternative might have given the extraterrestrials a better chance of understanding the words precisely, though it would have raised the thorny question of which two languages to send. We felt it was fitting that Voyager greet the universe as a representative of one community, albeit a complex one consisting of many parts. At least the fact that many different languages are represented should be clear from the very existence of a set of short statements separated by pauses and from internal evidence - such as the initial greeting "Namaste," which begins many of the greetings from the Indian subcontinent. The greetings are an aural Gestalt, in which each culture is a contributing voice in the choir. After all, by sending a spaceship out of our solar system, we are making an effort to de-provincialize, to rise above our nationalistic interests and join a commonwealth of space-faring societies, if one exists.

"We made a special effort to record those languages spoken by the vast majority of the world's inhabitants. Since all research and technical work on the record had to be accomplished within a period of weeks, we began with a list of the world's most widely spoken languages, which was provided by Dr. Steven Soter of Cornell. Carl suggested that we record the twenty-five most widely spoken languages. If we were able to accomplish that, and still had time, we would then try to include as many other languages as we could.

"The organization of recording sessions and the arduous legwork involved in finding, contacting and convincing individual speakers was handled by Shirley Arden, Carl's executive assistant, Wendy Gradison, then Carl's editorial assistant, Dr. Steven Soter, and me. The master table, reproduced on pages 134 through 143, which shows each of the languages, the speaker's name, their comments in the original language, an English translation, and the real and fractional number of human beings who speak that language, was largely Shirley's idea. We contacted various members of the Cornell language departments, who cooperated with us on very short notice and provided numerous speakers, even though school was ending and many people were leaving for summer vacations. Other speakers were more difficult to find. sometimes it meant sitting for hours, telephoning friends of friends who might know someone who could speak, let's say, the Chinese Wu dialect. After finding such a person, we had to determine whether he or she would be available during the hours when the recording sessions had been scheduled. Even while the recording sessions were going on, we were still trying to find and recruit speakers of languages not yet represented. Often people waiting to record would suggest names of individuals fluent in the very languages we were looking for. Immediately we called those people, explained the project and our plight, and asked them to come at once. Many people did just that.

"Bishun Khare, a senior physicist in the Laboratory for Planetary Studies, was responsible almost singlehandedly for the participation of the Indian speakers. He personally called friends and member of the Cornell Indian community, explaining the undertaking to them and asked for and received their cooperation.

"There were only a few disappointments, where someone had agreed to come to a recording session, could not and forgot to let us know in time for us to make other arrangements. It wasn't always possible to find replacements at the last minute, so there are some regrettable omissions - Swahili is one."

All the greetings, written in the appropriate language, translated to English, and with the name of the speakers, are included in the book. A CD-ROM, which accompanied the 1992 version of the book, included the spoken versions.

Discover More Topics From NASA

Splotches of bright-pink and blue-white fill the lower half of the image. A bright bar of white stars extends downward from top-center toward the left. Random areas of dusty clouds form dark streams against the bright backdrop.

Our Solar System

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NBC Chicago

Who is the ‘Golden Voyager' at the Olympics Closing Ceremony?

By nbc chicago staff • published august 11, 2024 • updated on august 11, 2024 at 3:29 pm.

As the 2024 Summer Olympics conclude, viewers are turning their attention to the Closing Ceremony in Paris, with one performer capturing widespread attention and sparking questions.

The "Golden Voyager," performing in the middle stages of Sunday's Closing Ceremony, was introduced in the Stade de France, in an imagining of a time without the Olympics.

📺 24/7 Chicago news stream: Watch NBC 5 free wherever you are

While it's unknown who is playing the role of the Golden Voyager in the ceremony, the character has quite the history.

The character was inspired by a number of references from France's historical heritage, starting with the Spirit of the Bastille, according to the creators. It also references "The Génie de la Liberté," also called the Génie de la Bastille, is a bronze gilded statue cast in 1836 by Auguste Dumont. This allegorical statue represents Liberty and surmounts the July Column, located in the center of the Place de la Bastille in Paris.

It was meant to evoke creatures from science fiction and video games.

According to the artistic directors, another inspiration was The Voyager Golden Record, launched into space in 1977 by the Voyager spacecraft, inspired both the title of the Ceremony and the name of the character. This golden record, which serves as a time capsule in interstellar space and is embedded with greetings from human civilization, was made in France.

The mysterious performance runs parallel to a similar showing in the Games' Opening Ceremony, when a masked torch-bearer that contained references to the popular video game series "Assassin's Creed."

Feeling out of the loop? We'll catch you up on the Chicago news you need to know. Sign up for the weekly Chicago Catch-Up newsletter .

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IMAGES

  1. What Voyager's golden record tells ET about Earth

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  2. Voyager 2 Plaque Diagram

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  3. Voyager 1 Plaque Explained

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  4. Voyager program Voyager Golden Record Voyager 1 Pioneer plaque Space

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  5. Voyager 1 Plaque Explained

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  6. Voyager’s Golden Record: Interpreting NASA’s message for alien life

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VIDEO

  1. Here's what Voyager spacecraft's Golden Record has for aliens. #alien #nasa #space #astronomy

  2. August 23, 2024

  3. The Voyager Golden Record: Humanity's Message

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  5. Renan Luce

  6. Jianzhong Wang-Xiu Jin Bian(Embroidering a Golden Plaque)王建中-绣金匾

COMMENTS

  1. Voyager Golden Record

    The Voyager Golden Records are time capsules aboard two spacecraft launched in 1977 to communicate with extraterrestrials. They contain sounds, images, and greetings from Earth in 55 languages, including "Greetings from the Real Universe" by Carl Sagan.

  2. Pioneer plaque

    The Pioneer plaque is a gold-anodized aluminum plate attached to two spacecraft launched in 1972 and 1973. It shows a nude man and woman, a hydrogen atom, and a map of the Solar System and the Galaxy.

  3. The Golden Record

    Learn about the Golden Record, a collection of sounds and images from Earth that was launched with the Voyager spacecraft in 1977. The web page explains the purpose, content, and legacy of this cosmic time capsule.

  4. Contents of the Voyager Golden Record

    The Voyager Golden Record is a phonograph record carried by the Voyager 1 and Voyager 2 spacecraft, containing 116 images and a variety of sounds from Earth. It includes natural sounds, musical selections, spoken greetings in 59 languages, and messages from President Carter and U.N. Secretary-General Waldheim.

  5. What Is on Voyager's Golden Record?

    The Golden Record is a phonograph record carried by Voyager 1 and Voyager 2 spacecrafts since 1977. It contains sounds, images and messages from Earth, representing our culture, history and diversity.

  6. The Golden Record Cover

    Learn about the golden record, a message from Earth sent into space by the Voyager spacecrafts. See the cover design, the binary code, and the contents of the record.

  7. How the Voyager Golden Record Was Made

    In the winter of 1976, Carl was visiting with me and my fiancée at the time, Ann Druyan, and asked whether we'd help him create a plaque or something of the sort for Voyager. We immediately agreed.

  8. The Making of the Voyager Golden Record

    Production of the Voyager Golden Record ion July 28, 1977. Manufacturing parts for the Golden Record assembly on the Voyager spacecraft. An image from the Voyager Golden Record recording session on June 29, 1977. As NASA's two Voyager spacecraft travel out into deep space, they each carry a small American flag and a Golden...

  9. The Voyager Golden Record

    Learn about the golden disk that each Voyager spacecraft carries, with messages, images and sounds from our planet. Find out how to join the Planetary Society and support space exploration.

  10. Voyager Golden Records 40 Years Later: Real Audience Was Always Here on

    Like the Pioneer plaques and the Arecibo Message before them, the Golden Records inspire us to broaden our minds about what it means to be human; what we value as humans; and about our place and ...

  11. Voyager Golden Records 40 years later: Real audience was always here on

    The real audience of these kinds of messages is not ET, but humanity. Pioneer 10's plaque: 'Hi, we're here.'. NASA, CC BY. In this light, 40 years' hindsight shows the experiment to be ...

  12. The 116 photos NASA picked to explain our world to aliens

    Learn about the 116 images and sounds that NASA sent into space on Voyager 1 and 2 to introduce Earth to extraterrestrial life. Find out how the Golden Record was created, what it contains, and ...

  13. What Voyager's golden record tells ET about Earth

    NASA's Pioneer 10 and 11 spacecraft, which launched in 1972 and 1973, carried this design, which was etched on a 15×23-cm gold-anodised aluminium plate.The plaque was intended to inform any ...

  14. Golden Record Sounds and Music

    Sounds of Earth The following is a listing of sounds electronically placed onboard the Voyager 1 and 2 spacecraft. Music from Earth The following music was included on the Voyager record. Country of origin Composition Artist(s) Length Germany Bach, Brandenburg Concerto No. 2 in F. First Movement Munich Bach Orchestra, Karl Richter, conductor 4:40 Java […]

  15. Carl Sagan's personal master recording of Voyager's iconic Golden

    Courtesy Sotheby's. Now, a copy of the master recording for NASA's Voyager Golden Record — the one kept by the late astronomer Carl Sagan and his wife, producer Ann Druyan — will be for sale ...

  16. Will Aliens Understand Voyager's Golden Record?

    The Pioneer Plaque. Pioneer 10 and 11 each carry a 6 x 9-inch (15 x 23 centimeters), gold-anodized aluminum plaque. The plaque is affixed to support struts close to the spacecraft's bus (main body). Carl Sagan and Frank Drake played key roles in designing the plaque and Linda Salzman Sagan, Sagan's wife at the time, was the artist who ...

  17. A picture of the golden record. possibly the only thing, along with

    The Pioneer probes, which went to Jupiter and Saturn before the Voyager probes, are also on their way out of the Solar System. So is the New Horizons probe, which visited Pluto in 2015. All will avoid the Sun destroying the inner Solar System in 5 billion years.

  18. The Voyager Golden Record, Cover of the Voyager Golden Record, The

    Pioneers 10 and 11, which preceded Voyager, both carried small metal plaques identifying their time and place of origin for the benefit of any other spacefarers that might find them in the distant future. With this example before them, NASA placed a more ambitious message aboard Voyager 1 and 2, a kind of time capsule, intended to communicate a ...

  19. Golden Record Greetings

    The Voyager spacecraft carry a phonograph record with sounds and images from Earth, including greetings in 55 languages. Learn about the message, the mission and the cosmic object that disappeared beyond the event horizon.

  20. Who is the 'Golden Voyager' at the Olympics Closing Ceremony?

    The "Golden Voyager," performing in the middle stages of Sunday's Closing Ceremony, was introduced in the Stade de France, in an imagining of a time without the Olympics. 📺 24/7 Chicago news ...

  21. Physical Map of Novosibirsk

    Physical map illustrates the mountains, lowlands, oceans, lakes and rivers and other physical landscape features of Novosibirsk. Differences in land elevations relative to the sea level are represented by color. Green color represents lower elevations, orange or brown indicate higher elevations, shades of grey are used for the highest mountain ...

  22. Novosibirsk

    Novosibirsk [a] is the largest city and administrative centre of Novosibirsk Oblast and the Siberian Federal District in Russia.As of the 2021 census, it had a population of 1,633,595, [19] making it the most populous city in Siberia and the third-most populous city in Russia after Moscow and Saint Petersburg.It is also the most populous city in the Asian part of Russia.

  23. Novosibirsk Oblast

    Novosibirsk Oblast is a federal subject of Russia in southwestern Siberia, with its administrative center in Novosibirsk. It has a continental climate, rich natural resources, and a history of colonization, exploration and political dissent.

  24. Cathedral of the Nativity of the Blessed Virgin Mary, Novosibirsk

    The Cathedral of the Nativity of the Blessed Virgin Mary (Russian: Собор Рождества Пресвятой Богородицы) is the cathedral of the Diocese of Novosibirsk and All Siberia [ru] of the Russian Orthodox Old-Rite Church. It was built between 1990 and 1999. The cathedral is located in Zayeltsovsky District, Novosibirsk.