Astronomer har använt NASA: s rymdteleskop Hubble för att mäta den materia som rymdsonderna Voyager 1 och 2 sonder färdas igenom bort från solsystemet.

Astronomer har använt NASA: s rymdteleskop Hubble för att mäta den materia som rymdsonderna Voyager 1 och 2 sonder färdas igenom bort från solsystemet.

Nebula Images: http://ift.tt/20imGKa Astronomy articles:...  Nebula Images: http://ift.tt/20imGKa Astronomy articles: http://ift.tt/1K6mRR4  nebula nebulae astronomy space nasa hubble hubble telescope kepler kepler telescope science apod ga http://ift.tt/2tefHJE

Nebula Images: http://ift.tt/20imGKa Astronomy articles:... Nebula Images: http://ift.tt/20imGKa Astronomy articles: http://ift.tt/1K6mRR4 nebula nebulae astronomy space nasa hubble hubble telescope kepler kepler telescope science apod ga http://ift.tt/2tefHJE

NGC 7318 (also known as UGC 12099/UGC 12100 or HCG 92d/b) are a pair of colliding galaxies about 300 million light-years away in the Constellation Pegasus. They are members of the famous Stephan's Quintet.

NGC 7318 (also known as UGC 12099/UGC 12100 or HCG 92d/b) are a pair of colliding galaxies about 300 million light-years away in the Constellation Pegasus. They are members of the famous Stephan's Quintet.

The Medialuna Nebula, cataloged as NGC 6888, also called Crescent Nebula or Caldwell 27, is an emission nebula in the constellation of the Swan, located 6º southwest of the star Sadr γ Cygni. The image is of the astrophotographer Sara Wager and collected in its web SwagAstro. It is at a distance of the Earth of about 4700 light-years, within our galaxy, the Milky Way.

The Medialuna Nebula, cataloged as NGC 6888, also called Crescent Nebula or Caldwell 27, is an emission nebula in the constellation of the Swan, located 6º southwest of the star Sadr γ Cygni. The image is of the astrophotographer Sara Wager and collected in its web SwagAstro. It is at a distance of the Earth of about 4700 light-years, within our galaxy, the Milky Way.

#WHIRLPOOLGALAXY closeup

#WHIRLPOOLGALAXY closeup

Image from hubble space telescope

Image from hubble space telescope

Google Image Result for http://4.bp.blogspot.com/-9YBYL5iJYWM/UCZRt4X5nqI/AAAAAAAAC98/5MGtqDvH_kA/s1600/space10.jpg

Google Image Result for http://4.bp.blogspot.com/-9YBYL5iJYWM/UCZRt4X5nqI/AAAAAAAAC98/5MGtqDvH_kA/s1600/space10.jpg

Space Image Spiral Galaxy M51. Digital enhanced photo that looks amazing as large print or poster: http://matthias-hauser.artistwebsites.com/featured/space-image-spiral-galaxy-m51-matthias-hauser.html 30 days money back guarantee. Image credit for the original image: NASA, ESA, S. Beckwith (STScI), and The Hubble Heritage Team.

Space Image Spiral Galaxy M51. Digital enhanced photo that looks amazing as large print or poster: http://matthias-hauser.artistwebsites.com/featured/space-image-spiral-galaxy-m51-matthias-hauser.html 30 days money back guarantee. Image credit for the original image: NASA, ESA, S. Beckwith (STScI), and The Hubble Heritage Team.

“Buitenaards leven binnen ons zonnestelsel mogelijk” blijkt uit nieuwe gegevens van NASA

“Buitenaards leven binnen ons zonnestelsel mogelijk” blijkt uit nieuwe gegevens van NASA

Sirius (ph.Scientias.nl-Vergeet Alpha Centauri: laten we Sirius bezoeken!)

Sirius (ph.Scientias.nl-Vergeet Alpha Centauri: laten we Sirius bezoeken!)

Sirius A may be the most luminous star known — a celestial mammoth 25,000 light-years away that releases up to 10 million times the energy of the sun and is big enough to fill the diameter of Earths orbit. -Credit: NASA, ESA - http://www.space.com/17319-extreme-night-sky-stargazing-objects.html

Sirius A may be the most luminous star known — a celestial mammoth 25,000 light-years away that releases up to 10 million times the energy of the sun and is big enough to fill the diameter of Earths orbit. -Credit: NASA, ESA - http://www.space.com/17319-extreme-night-sky-stargazing-objects.html

La sonde Cassini autour de Saturne, le 15 septembre 2017. | ATLAS PHOTO ARCHIVE/JPL/NASA

La sonde Cassini autour de Saturne, le 15 septembre 2017. | ATLAS PHOTO ARCHIVE/JPL/NASA

Une supernova est la cause de la formation du Système solaire. Mais à quoi ressemblait l'étoile qui a explosé il y a plus de 4,5 milliards d'années ? Le visage de Cohatlicue se précise

Le visage de Coatlicue, l'étoile mère du Soleil, se précise

Une supernova est la cause de la formation du Système solaire. Mais à quoi ressemblait l'étoile qui a explosé il y a plus de 4,5 milliards d'années ? Le visage de Cohatlicue se précise

Phénomène | Après quelques années d'étude d'une mystérieuse source transitoire de rayons X particulièrement brillante découverte par le satellite Chandra, les astrophysiciens sont perplexes.

Une explosion cosmique de rayons X déroute les astrophysiciens

Phénomène | Après quelques années d'étude d'une mystérieuse source transitoire de rayons X particulièrement brillante découverte par le satellite Chandra, les astrophysiciens sont perplexes.

The Flow of Electric Charge:  Violent electric discharges are responsible for some of the most spectacular displays of sudden energy release. (Illustration: NASA/CXC/M.Weiss)

The Flow of Electric Charge: Violent electric discharges are responsible for some of the most spectacular displays of sudden energy release. (Illustration: NASA/CXC/M.Weiss)

Looking up from Pad 40.

What’s New in Space Tourism?(Autumn 2016)

Looking up from Pad 40.

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