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Images of 'Parantal' found, 43

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656715

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656715

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656703

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656703

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656691

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656691

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656709

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656709

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656712

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656712

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656706

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656706

 
Astronomical bezel - Refracting telescope - Takahashi FS128 - Paranal Observatory in Chile. Takahashi FS128 refractor, Paranal observatory in Chile

Stephane Guisard

PIX4566146

Astronomical bezel - Refracting telescope - Takahashi FS128 - Paranal Observatory in Chile. Takahashi FS128 refractor, Paranal observatory in Chile

Stephane Guisard

PIX4566146

 
Comete 17P/Holmes - Comet 17P/Holmes - View of comete 17P/Holmes beginning November 2007 from the Paranal Observatory in Chile. In the foreground, one of the 1.8m diameter auxilliary telescopes. On October 24, 2007, Comete 17P/Holmes suddenly increased luminosite and became visible to the naked eye. Comet 17P/Holmes is seen here from Paranal observatory in Chile. Foreground is one of the 1,8m auxilliary telescope. Comet 17P/Holmes began a spectacular outburst in brightness on October 24th, brightening from 17th magnitude to 2.5th magnitude, an increase of more than 1 million times brighter to become a unaided - eye object in the constellation of Perseus

Stephane Guisard

PIX4570953

Comete 17P/Holmes - Comet 17P/Holmes - View of comete 17P/Holmes beginning November 2007 from the Paranal Observatory in Chile. In the foreground, one of the 1.8m diameter auxilliary telescopes. On October 24, 2007, Comete 17P/Holmes suddenly increased luminosite and became visible to the naked eye. Comet 17P/Holmes is seen here from Paranal observatory in Chile. Foreground is one of the 1,8m auxilliary telescope. Comet 17P/Holmes began a spectacular outburst in brightness on October 24th, brightening from 17th magnitude to 2.5th magnitude, an increase of more than 1 million times brighter to become a unaided - eye object in the constellation of Perseus

Stephane Guisard

PIX4570953

 
View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656710

View of the VLT, Very Large Telescope, consists of 4 main telescopes 8.2m in diameter. Located in the Atacama desert in northern Chile, at an altitude of 2,635 metres, it studies the sky in wavelengths ranging from ultraviolet to infrared - This european observatory accomodates the Very Large Telescope (VLT) since 1998. Four 8.2m telescopes are used besides several other telescopes from 1.8m to 4m. The four giant telescopes are named ANTU, KUEYEN, MELIPAL and YEPUN. Cerro Paranal is 2600 meters in altitude in Atacama desert: Observatoire du Paranal-Le VLT - The Very Large Telescope (VLT)

L. Weinstein

PIX4656710

 
Paranal Observatory, Chile - Paranal and the Full Moon: The Very Large Telescope (VLT) seen on 11 August 2014 lit by the full moon. The full Moon shines over the Very Large Telescope (VLT), the flagship optical observatory of the European Southern Observatory (ESO) and the most advanced one in the world now. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode of operation

Alex Tudorica

PIX4657499

Paranal Observatory, Chile - Paranal and the Full Moon: The Very Large Telescope (VLT) seen on 11 August 2014 lit by the full moon. The full Moon shines over the Very Large Telescope (VLT), the flagship optical observatory of the European Southern Observatory (ESO) and the most advanced one in the world now. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode of operation

Alex Tudorica

PIX4657499

 
Paranal Observatory. - Paranal Observatory, Chile - One of the Auxilliary Telescopes measuring 1.8m in diameter. One of the VLTI auxiliary telescope

Guillaume Blanchard

PIX4656809

Paranal Observatory. - Paranal Observatory, Chile - One of the Auxilliary Telescopes measuring 1.8m in diameter. One of the VLTI auxiliary telescope

Guillaume Blanchard

PIX4656809

 
Telescope Yepun - Paranal Observatory, Chile - Yepun and the Magellanic clouds - Paranal Observatory, Chile: The 8,2m diameter telescope Yepun and an auxiliary telescope seen on August 8, 2014. In the sky the clouds of Magellan. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode of operation

Alex Tudorica

PIX4657504

Telescope Yepun - Paranal Observatory, Chile - Yepun and the Magellanic clouds - Paranal Observatory, Chile: The 8,2m diameter telescope Yepun and an auxiliary telescope seen on August 8, 2014. In the sky the clouds of Magellan. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode of operation

Alex Tudorica

PIX4657504

 
Paranal Observatory, Chile: The Very Large Telescope (VLT) and its auxiliary telescopes seen on August 9, 2014. In the sky the galaxy of Andromede is visible. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode of operation

Alex Tudorica

PIX4657492

Paranal Observatory, Chile: The Very Large Telescope (VLT) and its auxiliary telescopes seen on August 9, 2014. In the sky the galaxy of Andromede is visible. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode of operation

Alex Tudorica

PIX4657492

 
Paranal Observatory, Chile - Paranal Observatory, Chile - Yepun, one of the four 8.2m telescopes of the VLT (Very Large Telescope), and two of the four 1.8m auxiliary telescopes. On the horizon, the shadow of the Earth projected on the atmosphere, the belt of Venus (or anticrepuscular arch). January 2008. Paranal Observatory is an astronomical observatory located on the top of Cerro Paranal in the Atacama Desert in the northern part of Chile. This picture shows at left Yepun, one of the four 8,2m telescopes of the Very Large Telescope (VLT), with two auxiliary telescopes. Visible too, the anticrepuscular arch (or belt of Venus, the shadow of earth projected in the atmosphere) January 2008

Guillaume Blanchard

PIX4657124

Paranal Observatory, Chile - Paranal Observatory, Chile - Yepun, one of the four 8.2m telescopes of the VLT (Very Large Telescope), and two of the four 1.8m auxiliary telescopes. On the horizon, the shadow of the Earth projected on the atmosphere, the belt of Venus (or anticrepuscular arch). January 2008. Paranal Observatory is an astronomical observatory located on the top of Cerro Paranal in the Atacama Desert in the northern part of Chile. This picture shows at left Yepun, one of the four 8,2m telescopes of the Very Large Telescope (VLT), with two auxiliary telescopes. Visible too, the anticrepuscular arch (or belt of Venus, the shadow of earth projected in the atmosphere) January 2008

Guillaume Blanchard

PIX4657124

 
Moon, planets and zodiacal light - Paranal observatory - Paranal observatory, Moon, planets and zodiacal light - Near the horizon, the Moon with Venus planets (the brightest at the bottom right of the Moon), Mercury (on the right of the Moon) and Mars (on the top right of the Moon); above, the zodiacal light. The zodiacal light comes from the reflection of the Sun's light on the countless interplanetary dust; it draws the plan of the Solar System. September 1, 2008 at the Paranal Observatory in Chile. Moon - Venus - Mercury - Mars conjunction near the horizon. Above is zodiacal light. Zodiacal light comes from the reflexion of the sun's light off tiny interplanetary dust particles in the plane of the solar system. Paranal Observatory, Chile. Sep 1st 2008

Stephane Guisard

PIX4657164

Moon, planets and zodiacal light - Paranal observatory - Paranal observatory, Moon, planets and zodiacal light - Near the horizon, the Moon with Venus planets (the brightest at the bottom right of the Moon), Mercury (on the right of the Moon) and Mars (on the top right of the Moon); above, the zodiacal light. The zodiacal light comes from the reflection of the Sun's light on the countless interplanetary dust; it draws the plan of the Solar System. September 1, 2008 at the Paranal Observatory in Chile. Moon - Venus - Mercury - Mars conjunction near the horizon. Above is zodiacal light. Zodiacal light comes from the reflexion of the sun's light off tiny interplanetary dust particles in the plane of the solar system. Paranal Observatory, Chile. Sep 1st 2008

Stephane Guisard

PIX4657164

 
Milky way all around the horizon - Panorama of 360 degrees. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. 360 degrees panorama. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up in the sky. The Large (LMC) and Small (SMC) Magellanic clouds are visible to the left, Orion constellation with Barnard loop to the right, California Nebula and 'tiny' Andromeda galaxy to the right while the Milky Way is visible all aro

Stephane Guisard

PIX4636028

Milky way all around the horizon - Panorama of 360 degrees. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. 360 degrees panorama. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up in the sky. The Large (LMC) and Small (SMC) Magellanic clouds are visible to the left, Orion constellation with Barnard loop to the right, California Nebula and 'tiny' Andromeda galaxy to the right while the Milky Way is visible all aro

Stephane Guisard

PIX4636028

 
Milky way all around the horizon and Gegenschein - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. Crossing the image on the right, the gegenschein, the blade glow made up of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. The bright spot near the center of the image is Jupiter Planet. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up i

Stephane Guisard

PIX4636032

Milky way all around the horizon and Gegenschein - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it towards the right middle of the image, the galaxy of Andromede. Crossing the image on the right, the gegenschein, the blade glow made up of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. The bright spot near the center of the image is Jupiter Planet. The following image was taken at new Moon (No Moon light), middle of the night (minimum zodiacal light effect), in the Atacama desert close to Paranal observatory (no light pollution). The chosen place for this picture has the particularity to be located at a latitude which value is close to the declination of the galactic southern pole. The picture was therefore also taken when the galactic pole passes at zenith, ensuring that there is no Milky Way up i

Stephane Guisard

PIX4636032

 
Venus, Jupiter and the zodiacal light - Paranal observatory - Paranal observatory, Venus, Jupiter and zodiacal light - Conjunction Venus Jupiter on November 28, 2008. The lactee path is visible on the horizon. The glow around the two planets is the zodiacal light; it comes from the reflection of the Sun's light on the countless interplanetary dust and draws the plane of the Solar System. Paranal Observatory in Chile. Venus Jupiter conjunction with zodiacal light. Zodiacal light comes from the reflexion of the sun's light off tiny interplanetary dust particles in the plane of the solar system. Milky way is visible near horizon. Paranal Observatory, Chile. November 28 2008

Stephane Guisard

PIX4657165

Venus, Jupiter and the zodiacal light - Paranal observatory - Paranal observatory, Venus, Jupiter and zodiacal light - Conjunction Venus Jupiter on November 28, 2008. The lactee path is visible on the horizon. The glow around the two planets is the zodiacal light; it comes from the reflection of the Sun's light on the countless interplanetary dust and draws the plane of the Solar System. Paranal Observatory in Chile. Venus Jupiter conjunction with zodiacal light. Zodiacal light comes from the reflexion of the sun's light off tiny interplanetary dust particles in the plane of the solar system. Milky way is visible near horizon. Paranal Observatory, Chile. November 28 2008

Stephane Guisard

PIX4657165

 
The zodiacal light and the Paranal observatory - Paranal observatory with zodiacal light - Star sky above the Paranal observatory. On the left, on the horizon, the constellation of Orion. Above a shooting star and the lactee. The glow in the center of the image is the zodiacal light; it comes from the reflection of the Sun's light on the countless interplanetary dust and draws the plane of the Solar System. May 2009. Starry sky above Paranal observatory. Light behind the observatory is the zodiacal light; it comes from the reflexion of the sun's light off tiny interplanetary dust particles in the plane of the solar system. A faint meteor is also visible. May 2009

Stephane Guisard

PIX4657178

The zodiacal light and the Paranal observatory - Paranal observatory with zodiacal light - Star sky above the Paranal observatory. On the left, on the horizon, the constellation of Orion. Above a shooting star and the lactee. The glow in the center of the image is the zodiacal light; it comes from the reflection of the Sun's light on the countless interplanetary dust and draws the plane of the Solar System. May 2009. Starry sky above Paranal observatory. Light behind the observatory is the zodiacal light; it comes from the reflexion of the sun's light off tiny interplanetary dust particles in the plane of the solar system. A faint meteor is also visible. May 2009

Stephane Guisard

PIX4657178

 
Paranal Observatory, Chile - Sunrise at VLT - Paranal Observatory, Chile: The Very Large Telescope (VLT) and an auxiliary telescope seen at the end of the night on August 9, 2014. In the sky the galaxy of Andromede is visible. The morning has arrived at the Very Large Telescope (VLT), the flagship optical observatory of the European Southern Observatory (ESO) and the most advanced one in the world now. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode

Alex Tudorica

PIX4657511

Paranal Observatory, Chile - Sunrise at VLT - Paranal Observatory, Chile: The Very Large Telescope (VLT) and an auxiliary telescope seen at the end of the night on August 9, 2014. In the sky the galaxy of Andromede is visible. The morning has arrived at the Very Large Telescope (VLT), the flagship optical observatory of the European Southern Observatory (ESO) and the most advanced one in the world now. The four 8m telescopes telescopes, named Antu (Sun), Kueyen (Moon), Melipal (Southern Cross), and Yepun (Venus) form a very versatile observatory. They can be used as a single large telescope that adds (incoherently) the light from all four, in order to achieve the light gathering ability of a single 16m telescope. Also, their light can be combined in a coherent manner in order to achieve a solving power equivalent to the one of a telescope with a diameter as large as the baseline between the units. Of course, all the telescopes can be used individually, which is usually the default mode

Alex Tudorica

PIX4657511

 
Lactee route au raz de l'horizon - Paranal horizon in the milky way plane - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it to the top right of the image, the galaxy of Andromede. A laser shot from one of the domes of the VLT is visible as well as the gegenschein, the blade glow consisting of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. A fish-eye view of southern sky in Chile. Milky way is visible along the 360 degrees of the horizon line. Also visible are Gegenschein at zenith, Paranal observatory with Laser Guide Star, and the three brightest galaxies visible on earth (the large Magellanic clouds and Andromeda galaxy)

Stephane Guisard

PIX4635912

Lactee route au raz de l'horizon - Paranal horizon in the milky way plane - Fisheye view of the southern sky. The lactee path blends with the horizon line. In the sky, the three brightest galaxies visible on Earth: the two galaxies of the Magellan Cloud, and opposite it to the top right of the image, the galaxy of Andromede. A laser shot from one of the domes of the VLT is visible as well as the gegenschein, the blade glow consisting of dust reflecting the light of the sun, observable only in a dense sky of any parasite light. A fish-eye view of southern sky in Chile. Milky way is visible along the 360 degrees of the horizon line. Also visible are Gegenschein at zenith, Paranal observatory with Laser Guide Star, and the three brightest galaxies visible on earth (the large Magellanic clouds and Andromeda galaxy)

Stephane Guisard

PIX4635912

 
Paranal Observatory - Chile - Paranal Observatory - Chile - The lactee road above the Paranal Observatory in Chile. The road leading to the observatory is equipped with solar energy lighting that preserves the night sky from light pollution. On the right, the light halo of the city of Antofagasta, 120 km from the. 1 September 2008. Milky way above Paranal observatory, Chile. Sep 1st 2008. The road to the observatory is lightened by solar powered leds to avoid light pollution. At right, light pollution from the city of Antofagasta, 120 km away

Stephane Guisard

PIX4657167

Paranal Observatory - Chile - Paranal Observatory - Chile - The lactee road above the Paranal Observatory in Chile. The road leading to the observatory is equipped with solar energy lighting that preserves the night sky from light pollution. On the right, the light halo of the city of Antofagasta, 120 km from the. 1 September 2008. Milky way above Paranal observatory, Chile. Sep 1st 2008. The road to the observatory is lightened by solar powered leds to avoid light pollution. At right, light pollution from the city of Antofagasta, 120 km away

Stephane Guisard

PIX4657167

 
Laser shooting at the Paranal Observatory - The VLT Laser Guide Star - View from the LGS (Laser Guide Star), a laser beam launches from the Yepun (UT4) telescope of the VLT. This laser creates an artificial star in the high atmosphere at about 90 km altitude. This repere is analysed and each variation of turbulence in the atmosphere is detected and corrected by the adaptive optics of the telescope. On the left, the two galaxies of the Magellan Cloud, on the right, the dome of the VST (VLT Survey Telescope). A 50 cm wide yellow laser beam is coming out of Yepun, (UT4) of the Very Large Telescope. It is used to create a yellow artificial star at 95 km of altitude which helps the adaptive optics to measure and correct the atmosphere's blurring effect. On the left, the two Magellanic Clouds, on the right, the VST dome

Stephane Guisard

PIX4656905

Laser shooting at the Paranal Observatory - The VLT Laser Guide Star - View from the LGS (Laser Guide Star), a laser beam launches from the Yepun (UT4) telescope of the VLT. This laser creates an artificial star in the high atmosphere at about 90 km altitude. This repere is analysed and each variation of turbulence in the atmosphere is detected and corrected by the adaptive optics of the telescope. On the left, the two galaxies of the Magellan Cloud, on the right, the dome of the VST (VLT Survey Telescope). A 50 cm wide yellow laser beam is coming out of Yepun, (UT4) of the Very Large Telescope. It is used to create a yellow artificial star at 95 km of altitude which helps the adaptive optics to measure and correct the atmosphere's blurring effect. On the left, the two Magellanic Clouds, on the right, the VST dome

Stephane Guisard

PIX4656905

 
Star sky on the Paranal observatory - Starry Sky above Paranal observatory - Spherical panorama of the star sky above the Paranal observatory in Chile. The lactee route crosses the sky accompanied by zodiacal light. May 2009. Milky Way is crossing Paranal sky and meeting with Zodiacal light to the West behind Paranal Observatory. Three of the most emblematic constellations are visible on the horizon: Orion, Big deeper and Scorpius. The Large and Small magellanic clouds are visible to the South together with Southern Cross, Eta Carina nebula and Coal sack. May 2009

Stephane Guisard

PIX4657215

Star sky on the Paranal observatory - Starry Sky above Paranal observatory - Spherical panorama of the star sky above the Paranal observatory in Chile. The lactee route crosses the sky accompanied by zodiacal light. May 2009. Milky Way is crossing Paranal sky and meeting with Zodiacal light to the West behind Paranal Observatory. Three of the most emblematic constellations are visible on the horizon: Orion, Big deeper and Scorpius. The Large and Small magellanic clouds are visible to the South together with Southern Cross, Eta Carina nebula and Coal sack. May 2009

Stephane Guisard

PIX4657215

 
Paranal Observatory - Chile - Paranal Observatory - Chile - The lactee road above the Paranal Observatory in Chile. 360 degree Panorama of ESO - Paranal Observatory platform. The four 8m (UT) and four 1.8 m (AT) diameter telescopes of the VLT are all observing under the Milky Way arch during this very dark Southern hemisphere spring night. The large (LMC) and small (SMC) Magellanic clouds are visible to the left of the picture while another galaxy, Andromeda Galaxy (M31) is also visible just to the right of UT4. Bright Jupiter is high in the sky. The picture also shows two 'astronomical' lights, the zodiacal light crossing the Milky Way center vertically (just at the left of the middle of the image, above AT3) and the Gegenschein, usually very difficult to observe, below Jupiter on the right hand side of the image

Stephane Guisard

PIX4657246

Paranal Observatory - Chile - Paranal Observatory - Chile - The lactee road above the Paranal Observatory in Chile. 360 degree Panorama of ESO - Paranal Observatory platform. The four 8m (UT) and four 1.8 m (AT) diameter telescopes of the VLT are all observing under the Milky Way arch during this very dark Southern hemisphere spring night. The large (LMC) and small (SMC) Magellanic clouds are visible to the left of the picture while another galaxy, Andromeda Galaxy (M31) is also visible just to the right of UT4. Bright Jupiter is high in the sky. The picture also shows two 'astronomical' lights, the zodiacal light crossing the Milky Way center vertically (just at the left of the middle of the image, above AT3) and the Gegenschein, usually very difficult to observe, below Jupiter on the right hand side of the image

Stephane Guisard

PIX4657246

 
Star sky on the Paranal observatory - Legendee version - Starry Sky above Paranal observatory - Annotated - Spherical panorama of the star sky above the Paranal observatory in Chile. The lactee route crosses the sky accompanied by zodiacal light. May 2009. The constellations are traced and their names are indicated. Milky Way is crossing Paranal sky and meeting with Zodiacal light to the West behind Paranal Observatory. Three of the most emblematic constellations are visible on the horizon: Orion, Big deeper and Scorpius. The Large and Small magellanic clouds are visible to the South together with Southern Cross, Eta Carina nebula and Coal sack. May 2009. Constellations are drawn with their names written

Stephane Guisard

PIX4657189

Star sky on the Paranal observatory - Legendee version - Starry Sky above Paranal observatory - Annotated - Spherical panorama of the star sky above the Paranal observatory in Chile. The lactee route crosses the sky accompanied by zodiacal light. May 2009. The constellations are traced and their names are indicated. Milky Way is crossing Paranal sky and meeting with Zodiacal light to the West behind Paranal Observatory. Three of the most emblematic constellations are visible on the horizon: Orion, Big deeper and Scorpius. The Large and Small magellanic clouds are visible to the South together with Southern Cross, Eta Carina nebula and Coal sack. May 2009. Constellations are drawn with their names written

Stephane Guisard

PIX4657189

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