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Images of 'Galex' found, 10

Variable star Mira Ceti view in ultraviolet - Star Mira Ceti seen in ultraviolet - Ultraviolet view of the star Mira of the Whale revealing a long train of material ejected by the large red star. This trail extends over 13 years - light. Mosaic of images obtained by the Galex satellite in November and December 2006. Ultraviolet image of the star Mira taken with the Galex satellite in November and December 2006. In this image, Mira is moving from left to right. It is visible as the small white dot in the bulb shape at right. The shed material can be seen in light blue. The dots in the picture are stars and distant galaxies. The large blue dot at left is a star that is closer to us than Mira. Mira is traveling so fast (130 kilometers per second) that it's creating a bow shock, or build - up of gas, in front of it, as can be seen here at right
 
Variable star Mira Ceti view in ultraviolet - Star Mira Ceti seen in ultraviolet - Ultraviolet view of the star Mira of the Whale revealing a long train of material ejected by the large red star. This trail extends over 13 years - light. Mosaic of images obtained by the Galex satellite in November and December 2006. Ultraviolet image of the star Mira taken with the Galex satellite in November and December 2006. In this image, Mira is moving from left to right. It is visible as the small white dot in the bulb shape at right. The shed material can be seen in light blue. The dots in the picture are stars and distant galaxies. The large blue dot at left is a star that is closer to us than Mira. Mira is traveling so fast (130 kilometers per second) that it's creating a bow shock, or build - up of gas, in front of it, as can be seen here at right

PIX4572330

Variable star Mira Ceti view in ultraviolet - Star Mira Ceti seen in ultraviolet - Ultraviolet view of the star Mira of the Whale revealing a long train of material ejected by the large red star. This trail extends over 13 years - light. Mosaic of images obtained by the Galex satellite in November and December 2006. Ultraviolet image of the star Mira taken with the Galex satellite in November and December 2006. In this image, Mira is moving from left to right. It is visible as the small white dot in the bulb shape at right. The shed material can be seen in light blue. The dots in the picture are stars and distant galaxies. The large blue dot at left is a star that is closer to us than Mira. Mira is traveling so fast (130 kilometers per second) that it's creating a bow shock, or build - up of gas, in front of it, as can be seen here at right

PIX4572330

Planetary nebula NGC 3242 ultraviolet view - Planetary nebula NGC 3242 seen in ultraviolet - The planetary nebula NGC 3242, also called the ghost of Jupiter, ultraviolet view by the GALEX satellite. NGC 3242 is located between 1400 and 2500 years - light of the Earth, in the constellation Hydra (hydra, or female hydra). This ultraviolet image from NASA's Galaxy Evolution Explorer (GALEX) shows NGC 3242, a planetary nebula frequently referred to as “” Jupiter's Ghost.””” When stars with a mass similar to our sun approach the end of their lives by exhausting supplies of hydrogen and helium fuel in their cores, they swell up into cool red - giant stars. In a last gasp before death, they expel the layers of gas in their outer atmosphere. This exposes the core of the dying star, a dense hot ball of carbon and oxygen called a white dwarf. The white dwarf is so hot that it shines very brightly in the ultraviolet. The ultraviolet light from the white dwarf, in turn, ionizes the gaseous material expelled by the star causing it to glow. A planetary nebula is really the death of a low - mass star. Although low - mass stars like our sun live for billions of years, planetary nebulae only last for about ten thousand years. As the central white dwarf quickly cools and the ultraviolet light dwindles, the surrounding gas also cools and fades. In this image of NGC 3242 from the Galaxy Evolution Explorer, the extended region around the planetary nebula is shown in dramatic detail. The small circular white and blue area at the center of the image is the well - known portion of the famous planetary nebula. The precise origin and composition of the extended wispy white features is not known for certain. It is most likely material ejected during the star's red - giant phase before the white dwarf was exposed. However, it may be possible that the extended material is simply interstellar gas that, by coincidence, is located close enough to the white dwarf to be energized by i
 
Planetary nebula NGC 3242 ultraviolet view - Planetary nebula NGC 3242 seen in ultraviolet - The planetary nebula NGC 3242, also called the ghost of Jupiter, ultraviolet view by the GALEX satellite. NGC 3242 is located between 1400 and 2500 years - light of the Earth, in the constellation Hydra (hydra, or female hydra). This ultraviolet image from NASA's Galaxy Evolution Explorer (GALEX) shows NGC 3242, a planetary nebula frequently referred to as “” Jupiter's Ghost.””” When stars with a mass similar to our sun approach the end of their lives by exhausting supplies of hydrogen and helium fuel in their cores, they swell up into cool red - giant stars. In a last gasp before death, they expel the layers of gas in their outer atmosphere. This exposes the core of the dying star, a dense hot ball of carbon and oxygen called a white dwarf. The white dwarf is so hot that it shines very brightly in the ultraviolet. The ultraviolet light from the white dwarf, in turn, ionizes the gaseous materia

PIX4622984

Planetary nebula NGC 3242 ultraviolet view - Planetary nebula NGC 3242 seen in ultraviolet - The planetary nebula NGC 3242, also called the ghost of Jupiter, ultraviolet view by the GALEX satellite. NGC 3242 is located between 1400 and 2500 years - light of the Earth, in the constellation Hydra (hydra, or female hydra). This ultraviolet image from NASA's Galaxy Evolution Explorer (GALEX) shows NGC 3242, a planetary nebula frequently referred to as “” Jupiter's Ghost.””” When stars with a mass similar to our sun approach the end of their lives by exhausting supplies of hydrogen and helium fuel in their cores, they swell up into cool red - giant stars. In a last gasp before death, they expel the layers of gas in their outer atmosphere. This exposes the core of the dying star, a dense hot ball of carbon and oxygen called a white dwarf. The white dwarf is so hot that it shines very brightly in the ultraviolet. The ultraviolet light from the white dwarf, in turn, ionizes the gaseous materia

PIX4622984

Andromede Galaxy (M31) view in ultraviolet - The Andromeda galaxy seen in UV - This ultraviolet image is a mosaic of 10 images obtained by the GALEX satellite in September and October 2003. Regions of blue stars, young, warm and massive stars are clearly visible in the arms, where the stars are formed; in the center near the core, colder, orange-white, much older stars. The stars visible in the foreground belong to our Lactee Way. The GALEX observation of the large galaxy in Andromeda, Messier 31, was performed during September and October 2003. The image is a mosaic of 10 separate GALEX images combining the Far UV (colored blue) and Near UV detector (colored red) images together to make a color image of the sky almost six full moons across. The Andromeda galaxy is the most massive in the local group of galaxies, which includes our Milky Way, and is the nearest large galaxy to our own. The GALEX image shows blue regions of young, hot, high mass stars tracing out the spiral arms where star formation is occurring, and the central orange - white “” bulge””” of old, cooler stars formed long ago. The red stars in this image are foreground stars in our own Milky Way galaxy
 
Andromede Galaxy (M31) view in ultraviolet - The Andromeda galaxy seen in UV - This ultraviolet image is a mosaic of 10 images obtained by the GALEX satellite in September and October 2003. Regions of blue stars, young, warm and massive stars are clearly visible in the arms, where the stars are formed; in the center near the core, colder, orange-white, much older stars. The stars visible in the foreground belong to our Lactee Way. The GALEX observation of the large galaxy in Andromeda, Messier 31, was performed during September and October 2003. The image is a mosaic of 10 separate GALEX images combining the Far UV (colored blue) and Near UV detector (colored red) images together to make a color image of the sky almost six full moons across. The Andromeda galaxy is the most massive in the local group of galaxies, which includes our Milky Way, and is the nearest large galaxy to our own. The GALEX image shows blue regions of young, hot, high mass stars tracing out the spiral arms where s

PIX4608970

Andromede Galaxy (M31) view in ultraviolet - The Andromeda galaxy seen in UV - This ultraviolet image is a mosaic of 10 images obtained by the GALEX satellite in September and October 2003. Regions of blue stars, young, warm and massive stars are clearly visible in the arms, where the stars are formed; in the center near the core, colder, orange-white, much older stars. The stars visible in the foreground belong to our Lactee Way. The GALEX observation of the large galaxy in Andromeda, Messier 31, was performed during September and October 2003. The image is a mosaic of 10 separate GALEX images combining the Far UV (colored blue) and Near UV detector (colored red) images together to make a color image of the sky almost six full moons across. The Andromeda galaxy is the most massive in the local group of galaxies, which includes our Milky Way, and is the nearest large galaxy to our own. The GALEX image shows blue regions of young, hot, high mass stars tracing out the spiral arms where s

PIX4608970

Glove shop of Galex Gallery in Prague, Czech Republic.
 
Glove shop of Galex Gallery in Prague, Czech Republic.

Laurent Teisseire

LTE4415934

Glove shop of Galex Gallery in Prague, Czech Republic.

Laurent Teisseire

LTE4415934

Ultraviolet view of the galaxies M81 and M82 - Ultraviolet image of M81 and M82 - M81 (left) is a spiral galaxy. M82 (right) an irregular galaxy. Separated for about 150,000 light years, these two galaxies belong to the galaxy cluster closest to our local group. These galaxies are approximately 10 - 12 million light years away from Earth. In ultraviolet, the Galex satellite highlights star-forming regions. Ultraviolet image of Messier 81 and Messier 82 (NGC 3031 and 3034), a pair of galaxies lying 10 million light - years distant. The stars in M81 spiral arms have formed within the last 100 million years, as have most of the stars in a nearby dwarf galaxy just to the left of M81. GALEX reveals that star formation is occurring quite distant from the nucleus of M81 in the faint blue extensions to the brighter spiral arms. The upper half of the full GALEX field of view shows the remarkable star forming galaxy M82
 
Ultraviolet view of the galaxies M81 and M82 - Ultraviolet image of M81 and M82 - M81 (left) is a spiral galaxy. M82 (right) an irregular galaxy. Separated for about 150,000 light years, these two galaxies belong to the galaxy cluster closest to our local group. These galaxies are approximately 10 - 12 million light years away from Earth. In ultraviolet, the Galex satellite highlights star-forming regions. Ultraviolet image of Messier 81 and Messier 82 (NGC 3031 and 3034), a pair of galaxies lying 10 million light - years distant. The stars in M81 spiral arms have formed within the last 100 million years, as have most of the stars in a nearby dwarf galaxy just to the left of M81. GALEX reveals that star formation is occurring quite distant from the nucleus of M81 in the faint blue extensions to the brighter spiral arms. The upper half of the full GALEX field of view shows the remarkable star forming galaxy M82

PIX4610320

Ultraviolet view of the galaxies M81 and M82 - Ultraviolet image of M81 and M82 - M81 (left) is a spiral galaxy. M82 (right) an irregular galaxy. Separated for about 150,000 light years, these two galaxies belong to the galaxy cluster closest to our local group. These galaxies are approximately 10 - 12 million light years away from Earth. In ultraviolet, the Galex satellite highlights star-forming regions. Ultraviolet image of Messier 81 and Messier 82 (NGC 3031 and 3034), a pair of galaxies lying 10 million light - years distant. The stars in M81 spiral arms have formed within the last 100 million years, as have most of the stars in a nearby dwarf galaxy just to the left of M81. GALEX reveals that star formation is occurring quite distant from the nucleus of M81 in the faint blue extensions to the brighter spiral arms. The upper half of the full GALEX field of view shows the remarkable star forming galaxy M82

PIX4610320

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