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Solarium

An excitedly smiling child appears silhouetted in profile against the backdrop of an image of the Sun, its surface curving across the screen from left to right and a bright yellow loop erupting from its red and yellow swirling surface. Space is black behind the Sun, and the Sun's corona appears as a diffuse red glow along its edge.
Solarium — an innovative new piece of video art — puts you directly in the heart of this mesmerizing show. The art taps into a vast reservoir of imagery from NASA's Solar Dynamics Observatory.
Credits: NASA

The sun’s atmosphere dances. Giant loops swell up over the surface. Waves sweep through. Eruptions of material five, 10, 50 times the size of Earth explode out into space.

A moving GIF showing the black silhouettes of two people standing in front of a massive screen that stretches across three walls to their left, right, and in front of them. On the screen is projected a looping, swirling video of the Sun's surface, which is deep yellow and has bright yellow loops and dark yellow mottling on its surface.
The Solarium installation is the work of two NASA video producers and a data visualizer. One full minute of footage is the result of roughly 10 hours’ worth of work.
NASA

Solarium — an innovative new piece of video art — puts you directly in the heart of this mesmerizing show. The art taps into a vast reservoir of imagery from NASA’s Solar Dynamics Observatory.

SDO watches ultratraviolet light invisible to the naked eye to track how material dances through the solar atmosphere. SDO takes a picture almost once a second — no other solar observatory has ever collected data on the entire sun at the speeds with which SDO does. Each image has eight times as much resolution as an HD TV.

Scientists use SDO to trace how material courses through the layers of the solar atmosphere, the corona, powering gigantic burst of x-rays called solar flares and eruptions of solar particles that swirl upward and fall back down — or sometimes escape the sun’s gravity altogether, surging out into space. The observatory records the solar images as a binary code, ones and zeros, which computer programs can translate into black-and-white pictures. Scientists colorize the images for realism, and then zoom in on areas of interest.

Each of SDO’s colors relate to a wavelength of ultraviolet light, which in turn relates to a specific temperature of material on the sun. Each color highlights different events on the sun, for example teal is best for seeing flares, and yellow is best for seeing the majestic loops hovering in the sun’s atmosphere.

To scientists, SDO provides unprecedented information on the star we live with; to the rest of us, it provides breathtaking images. Solarium makes viewers stop and stare, instantly transported from where they had been moments earlier.

This video chronicles solar activity from Aug. 12 to Dec. 22, 2022, as captured by NASA’s Solar Dynamics Observatory (SDO). From its orbit in space around Earth, SDO has steadily imaged the Sun in 4K x 4K resolution for nearly 13 years. This information has enabled countless new discoveries about the workings of our closest star and how it influences the solar system.
Credit: NASA’s Goddard Space Flight Center / Scott Wiessinger

Installations

Current

Past

For More Information

Please direct questions about Solarium to Genna Duberstein of NASA’s Goddard Space Flight Center.

For images and video of Solarium at Goddard’s Visitor Center and other venues, please visit http://svs.gsfc.nasa.gov/goto?11745.

About the Artists

This is government-produced footage, available for free to the world — but without the proper handling, you are not able to feel it. The installation is the work of two NASA video producers and a data visualizer. One full minute of footage is the result of roughly 10 hours’ worth of work.

A woman wearing light blue coveralls, blue rubber gloves, and a loose, gauzy mask over her face leans close in a selfie taken with a digital camera. She has dark eyes and her hands appear large because they are closer to the lens. Behind her, a white clean room and red and yellow equipment and lifts are visible.
Genna Duberstein, Lead Multimedia Producer for Heliophysics at NASA’s Goddard Space Flight Center.
NASA

Genna Duberstein is a multimedia producer who works at the intersection of art and science. Her award-winning video and graphic design has shown internationally, aired on PBS, and has been featured in Vanity Fair, WIRED, The Atlantic and National Geographic. She holds an M.F.A. in digital media from American University and a B.A. in Spanish and studio art from The Ohio State University.

She draws on her background in fine art, multimedia production and social media marketing to create and distribute a variety of work. From high-tech operating rooms to glamorous fashion runways, congressional events on Capitol Hill to makeshift migrant camps, Genna has covered many interesting places.

Now, she documents happenings on the most dangerous and challenging locale yet: the sun. She is the lead multimedia producer for heliophysics at NASA’s Goddard Space Flight Center in Greenbelt, Maryland.

She lives in the Washington, D.C., area, where she enjoys long runs and eating cookies, though not at the same time.

A close headshot of a man with short blond hair, smiling at the camera. He wears a black tee underneath a red checked shirt. He sits in a blue office chair against a white wall.
Scott Wiessinger, video producer for NASA’s heliophysics and astrophysics divisions.
NASA

Scott Wiessinger is a heliophysics and astrophysics video producer at Goddard. He grew up in a family of science educators and artists. From the age of three, Scott planned to be a paleontologist until creating videos for school projects made him realize the arts drew him even more strongly. Scott was able to find a way to combine art, science and education with an M.F.A. in science and natural history filmmaking from Montana State University. He fills his free time with cycling, climbing, travel and raising two children with his wife.

A man with light hair and glasses smiles at the camera. He wears a white collared shirt and blue jacket. Behind him, a graphic depicts the orbits of the solar system in light yellow circles against a dark red background.
Tom Bridgman, data visualizer for NASA’s Heliophysics division.
NASA

Tom Bridgman spent his formative years exploring science, pseudoscience and skepticism in a small farm town armed with not much more than an Edmund Scientific catalog, a Gilbert chemistry set, a small reflecting telescope and memberships in the Library of Science and the Science Fiction Book Club…and local dumps full of all kinds of throw-away electronics and other engineering parts. He managed to reach adulthood without losing any fingers or blowing up his parents’ garage. After earning a Ph.D. in physics and astronomy at Clemson University where he studied nuclear astrophysics and black holes, Tom went to work as an instrument specialist for the Compton Gamma-Ray Observatory. A fortuitous timing of budget cuts sent him to his current day-job at Goddard, where he creates data-driven visualizations of space science data for education and public outreach.

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Last Updated
Mar 16, 2023
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