Since it first provided images of the sun in spring 2010, SDO has had virtually unbroken coverage of the sun's rise toward solar maximum.
On Mar. 11, 2013, NASA's Solar Dynamics Observatory caught a rare sight on camera: the sun with both Earth and the moon passing in front of it.
On July 19, 2012, the sun treated viewers to one of its dazzling magnetic displays -- a phenomenon known as coronal rain.
In its third year in space, NASA's Solar Dynamics Observatory (SDO) has also offered several new, unexpected doors to scientific inquiry.
On July 18, 20012, scientists used NASA's SDO to see for the first time the formation of something they had long known was at the heart of many eruptive events on the sun: a flux rope.
Specialized instruments in ground-based and space-based solar telescopes, observe light far beyond the ranges visible to the naked eye. Different wavelengths convey information about different components of the sun.
A new kind of television made headlines at the 2013 annual Consumer Electronics Show in early January: Ultra High Definition TV. The TV needs content and NASA's SDO has four months worth of sun movies for them.
Researchers now realize even tiny solar variations can have a significant effect on Earth's terrestrial climate.
NASA's Solar Dynamics Observatory captured this solar eruption on Dec. 31, 2012, as it rises and falls with the grace and polished movement of a ballet dancer.
On Dec. 15, 2011, NASA's Solar Dynamics Observatory captured footage of Comet Lovejoy approaching the sun. The images and data collected by NASA's solar observing fleet can help scientists learn more about the sun itself.
NASA has found a cure for a common phobia--the fear of asking 'stupid' questions. The cure is a rubber chicken named Camilla.
Science and art techniques are often quite similar, indeed each area often helps improve techniques in the other. One such case is a technique known as a 'gradient filter' used to examine fine structures on the sun.
From Sept. 6 to Sept. 29, 2012, NASA's Solar Dynamic Observatory moved into its semi-annual eclipse season. It takes a little work to re-focus right after the eclipse.
NASA's Solar Dynamics Observatory captured this minor eruption on the sun on Oct 4, 2012 as it rises and falls with the grace and polished movement of a ballet dancer.
By understanding the morphology, density and temperature of coronal cavities scientists can better understand eruptions on the sun and the space weather that can disrupt technologies near Earth.
Twice a year, for three weeks near the equinox, SDO moves into its eclipse season -- a time when Earth blocks its view of the sun for a period of time each day
Based on the quicklook realtime data, all of the rocket EVE instrument channels appear to have made excellent solar EUV irradiance measurements.
NASA's Solar Dynamics Observatory (SDO) will be watching the June 5, 2012 Venus Transit to help calibrate its instruments as well as to learn more about Venus's atmosphere.
Last month, when the sun unleashed the most intense radiation storm since 2003, a group of high school students in California knew just what to do; launch a rubber chicken.
Since SDO's first light in April, 2010, instruments on the spacecraft have continually observed the ever-changing sun on quiet days and explosive ones: observing over 1000 solar outbursts since its launch.
Scientists find giant plumes on the sun, newly named "coronal cells" that are over 18,000 miles across, looking like candlesticks on a birthday cake, and might help explain coronal holes.
Twice a year engineers perform a 360 degree roll of the SDO spacecraft about the spacecraft-sun line. This roll maneuver allows the team to remove the instrument optical distortions from the solar limb.
The Moon moves between the Solar Dynamics Observatory satellite and the Sun, producing a partial solar eclipse from space.
A new interactive NASA art exhibit opens February 9 at the Maryland Science Center in Baltimore that will showcase stunning images of the sun.
NOAA has devised categories for solar flares and storms. The biggest flares are known as 'X-class flares' based on a classification system that divides solar flares according to their strength.
On July 6, 2011, a comet was caught doing something never seen before: die a scorching death as it flew too close to the sun. The chance to watch it first-hand amazed even the most seasoned comet watchers.
A subset of data that helps map out the sun's magnetic fields was recently released from the Solar Dynamics Observatory (SDO)
An armada of spacecraft witnessed something that many experts thought impossible. Comet Lovejoy flew through the hot atmosphere of the sun and emerged intact.
Another view of Comet Lovejoy's solar approach taken by Hinode.
Fifteen percent of the flares have a distinct "late phase flare" some minutes to hours later that has never before been observed. This late phase of the flare pumps much more energy out into space than previously realized.
Scientists detected several sunspot regions in the deep interior of the sun, 1-2 days before they appeared on the solar disc.
Solar flares are giant explosions on the sun that send energy, light and high speed particles into space -- the biggest ones are known as X-class flares.
Ripples in the sun's magnetic field called Alfven waves have been shown to carry more energy than previously thought, possibly enough to drive the intense heating of the corona and to speed the solar wind to 1.5 million mph.
Cue the surfing music. Scientists have spotted the iconic surfer's wave rolling through the atmosphere of the sun. More than just a nice photo-op, the waves hold clues as to how energy moves through that atmosphere.
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NASA's Solar Dynamics Observatory (SDO), best known for cutting-edge images of the sun, has made a discovery right here on Earth.
Project scientists discuss SDO's first year of science and collaboration with other Heliophysics System Observatory missions.
Giant plumes of gas zooming up from the sun's surface at 150,000 mph may play a key role in heating its corona in excess of a million degrees.
Eclipse periods are a normal part of life with a geosynchronous observatory.
NASA's Solar Dynamics Observatory, or SDO, has allowed scientists for the first time to comprehensively view the dynamic nature of storms on the sun.
NASA's Solar Dynamics Observatory (SDO) passed a major milestone on May 14, when it completed its post-launch check out and officially began its five-year science mission to study the sun.
Just last week, scientists working with NASA's new Solar Dynamics Observatory (SDO) released the most astonishing movies of the sun anyone had ever seen. Now, they're doing it again.
NASA's recently launched Solar Dynamics Observatory is returning images that confirm its unprecedented capability to help scientists better understand our sun.
At a press conference today in Washington, DC, researchers unveiled stunning "First Light" images from NASA's Solar Dynamics Observatory, a space telescope designed to study the sun.
Moments after launch, SDO's Atlas V rocket flew past a sundog hanging suspended in the blue Florida sky and, with a rippling flurry of shock waves, destroyed it.
SDO is set to relay tons of data about the Sun and its affect on the Earth.
Read through a question-and-answer session with SDO Program Executive Dana Brewer.
Modern telescopes and spacecraft have penetrated the sun's blinding glare and found a maelstrom of unpredictable turmoil.
The sun is a magnetic variable star that fluctuates on time scales ranging from a fraction of a second to billions of years. SDO will show us the underlying physics of solar variability.
To monitor energetic solar photons, NASA is going to launch a sensor named "EVE," short for EUV Variability Experiment, onboard SDO this winter.
When NASA's Solar Dynamics Observatory (SDO) leaves Earth in November 2009 onboard an Atlas V rocket, the thunderous launch will trigger an avalanche...of data.
NASA's upcoming mission to study the sun in unprecedented detail and its effects on Earth, the Solar Dynamics Observatory (SDO), arrived at NASA's Kennedy Space Center, Fla. on July 9.
Now that the sun has calmed down, a bit, scientists have a rare opportunity to see more clearly into its mysterious interior.
NASA plans to launch the Solar Dynamics Observatory (SDO) later this year to understand how jet streams trigger sunspot production.
For three days, SDO sat on a slowly spinning "Miller Table" in the Spacecraft Checkout and Integration Area, a "clean room" at Goddard.
The Solar Dynamics Observatory (SDO) spacecraft bus was lowered onto the propulsion module, and it attached on the first try.
SDO will discover how the sun builds up and explosively releases magnetic energy, which powers severe space weather.