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STEREO Graphics Gallery
08.23.05
 
Click on the icons for smaller 320x240 movies and use the links for higher resolution movies and stills. For more information on these graphics, STEREO, or cleanroom photos, please contact Rachel A. Weintraub.

NASA Science Animations. Credit: NASA / Walt Feimer
STEREO animation Animated rendering of 3D CME
Image 1 640x480 | print resolution still | frames. Image 2 640x480 | frames. Image 3 640x480.
Still image: tour of the Sun Animation: CME blasting off the Sun solar energetic particle animation
Image 4 print resolution. Image 5 640x480. Image 6 640x480.
Images 1, 2 and 5 show various perspectives of coronal mass ejections (CMEs). Image 3 is a red-blue stereoscopic view of STEREO and Image 4 shows a magnetic loop above a sunspot region. Image 6 features solar energetic particles (SEPs), the dangerous radiation that blows ahead of the CME.

Artist's concept of STEREO Artist's concept of STEREO Artist's concept of STEREO


NASA Science Data Visualizations. Credit: NASA / Tom Bridgman
Three dimensional look at coronal mass ejection Solar corona 3D view coronal loop model
Image 1 640x480 | frames. Image 2 640x480. Image 3 640x480 | frames | stills.
A multi-mission view of CMEs The view under a sunspot Coronal loop model
Image 4 640x480 | frames | stills. Image 5 640x480 | frames | stills. Image 6 640x480 | frames | stills
Image 1 is a data-based view of a CME in 3-D, and Image 2 is a data-based view of the solar corona in 3-D. Images 3 & 6 are 3-D renditions of the sun's magnetic fields. Image 4 shows a CME seen by three instruments on SOHO and Image 5 shows the solar interior beneath a sunspot based on SOHO data.

Animations of the STEREO Spacecraft. Credit: JHU Applied Physics Laboratory
STEREO in orbit STEREO swings by the moon STEREO spacecraft separation

solar sail deployment STEREO STEREO

STEREO hi-gain antenna points toward Earth STEREO IMPACT boom deploys STEREO SECCHI instrument panel opening
High resolution stills and movies are available. Credit: JHU Applied Physics Laboratory.

Animations of the STEREO Spacecraft. Credit: NASA / Chris Meaney
Animation: STEREO spacecraft in orbit Animation: STEREO spacecraft in orbit
Image 1 720x480 version & frames. Image 2 720x480 version & frames.
Animation: STEREO spacecraft in orbit Animation: STEREO spacecraft in orbit
Image 3 720x480 version & frames. Image 4 720x480 version & frames.

Photos from the NRL Cleanroom. Credit: NRL/NASA/Chris Gunn
Photo from NRL Cleanroom Photo from NRL Cleanroom
Photos from the NRL Cleanroom Photos from the NRL Cleanroom Photos from NRL Cleanroom

3-D Photos from the NRL Cleanroom. Credit: NRL/NASA/Eric Dejong
STEREO imaging instrument in NRL cleanroom in 3D STEREO imaging instrument in NRL cleanroom in 3D

3-D Photos from the Goddard Cleanroom. Credit: NASA / Bill Thompson
COR instrument in Goddard cleanroom; 3D COR instrument in Goddard cleanroom; 3D

Photos from the APL STEREO Gallery. Credit: APL
Views from the APL cleanroom STEREO in testing
More pictures are available at the APL site and here.

Images from the Solar and Heliospheric Observatory (SOHO) spacecraft. (Click on images for still) Movie 1 Movie 1A | Movie 1B (large) | Movie 2 | Movie 3 | LASCO C2. Credit: NASA/ESA
Image of the Sun from the SOHO spacecraft Image of the Sun from the SOHO spacecraft Image of the Sun from the SOHO spacecraft

Images from the Transition Region And Coronal Explorer (TRACE) spacecraft. (Click on images for print resolution version or view movie.) Credit: NASA/LMSAL
Image of the Sun from the TRACE spacecraft Image of the Sun from the TRACE spacecraft Image of the Sun from the TRACE spacecraft


SOHO spacecraft view of the Sun Close-up image of the Sun from the Swedish Solar Telescope

(Above) Image 1: A false-color composite of three SOHO images all made in extreme ultraviolet light. Credit: NASA/ESA. Image 2: The closest view of a sunspot taken by the Swedish Solar Telescope on La Palma in the Canary Islands. Credit: SST/Royal Swedish Academy of Sciences

3-D image of the Sun 3D view of the Sun from SOHO images

Image 1: 3-D view of the Sun made from two images taken by Soft X-ray Telescope on the Yohkoh satellite. Credit: NASA/ISAS/David Batchelor. Image 2: 3-D view made from multiple images taken by the SOHO satellite. Credit: NASA/ESA.

View of the aurora australis from the Polar spacecraft Aurora australis seen by IMAGE spacecraft Aurora photo by Terry Lutz in Plymouth, OH

(Above) Space weather has important implications for our space systems like satellites, but it also means some beautiful light shows on Earth. Image 1: The Polar spacecraft saw the aurora australis (southern lights) expanding and brightening on Nov. 8. Credit: NASA/University of Iowa. Image 2: A view of the aurora australis as taken by the Imager for Magnetopause-to-Aurora Global Exploration (IMAGE) spacecraft on Jan. 7. Credit: NASA. Image 3: An aurora spotted in Plymouth, OH. Credit: Terry Lutz.

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Additional Information:

+ Stay Tuned for a STEREO View of Stormy Space Weather
+ STEREO in the Cleanroom
+ NASA Goddard STEREO Web Site
+ JHU Applied Physics Lab STEREO Web Site
+ Watch the Sun in Real-Time
+ Sun-Earth Day
+ First Solar Flares of 2005
+ Fall Storms Blow Through the Solar System
+ November 2004 Auroras Light Up the Sky
+ Earth's Safe Zone Became Hot Zone During Legendary Solar Storms
+ Fall Storms Produce Spectacular Auroras
+ October Solar One-Two Punch
+ More on Sunspots

 
 
Rachel A. Weintraub
NASA Goddard Space Flight Center
 
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