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Honningsvåg 19530523. Honningsvåg has been given a new fishing industry plant …, 1953 (photo)

Honningsvåg 19530523. Honningsvåg has been given a new fishing industry plant …, 1953 (photo)

Sverre A. Børretzen

NTB8612735

Sir Isaac Newton, English mathematician and physicist, c 1725

Sir Isaac Newton, English mathematician and physicist, c 1725

UIS5070999

Clayton Anderson Extravehicular Release 07/2007 - Clay Anderson extravehicular activity 07/2007: Clayton (Clay) Anderson Extravehicular Release. ISS - Expedition 15. 23/07/2007 23 July 2007. Anchored to the Canadarm2 foot restraint, astronaut Clay Anderson, Expedition 15 flight engineer, removes the Early Ammonia Servicer (EAS) from its place on the International Space Station during a session of extravehicular activity (EVA). Anderson later jettisoned the EAS by shoving it opposite of the station's direction of travel. The EAS was installed on the P6 truss during STS-105 in August 2001, as an ammonia reservoir if a leak had occurred. It was never used, and was no longer needed after the permanent cooling system was activated last December. The blackness of space and Earth's horizon provide the backdrop for the scene.

Clayton Anderson Extravehicular Release 07/2007 - Clay Anderson extravehicular activity 07/2007: Clayton (Clay) Anderson Extravehicular Release. ISS - Expedition 15. 23/07/2007 23 July 2007. Anchored to the Canadarm2 foot restraint, astronaut Clay Anderson, Expedition 15 flight engineer, removes the Early Ammonia Servicer (EAS) from its place on the International Space Station during a session of extravehicular activity (EVA). Anderson later jettisoned the EAS by shoving it opposite of the station's direction of travel. The EAS was installed on the P6 truss during STS-105 in August 2001, as an ammonia reservoir if a leak had occurred. It was never used, and was no longer needed after the permanent cooling system was activated last December. The blackness of space and Earth's horizon provide the backdrop for the scene.

PIX4640761

Sir Isaac Newton, English mathematician and physicist, 1666

Sir Isaac Newton, English mathematician and physicist, 1666

UIS5084494

"Opticks" by Sir Isaac Newton, English mathematician and physicist, 1704

"Opticks" by Sir Isaac Newton, English mathematician and physicist, 1704

UIS5064774

Tilbury Docks, Chadwell St Mary, Thurrock, UK, 1952 (b/w photo)

Tilbury Docks, Chadwell St Mary, Thurrock, UK, 1952 (b/w photo)

EHT6620633

Newton's 'Principia' Proposition 38, Theory 29 from Newton's 'Principia MathematicaÕ, 1687

Newton's 'Principia' Proposition 38, Theory 29 from Newton's 'Principia MathematicaÕ, 1687

UIS5087514

Open cluster NGC 3293 in Carene - Open star cluster NGC 3293 in Carina - Star cluster located in the constellation Carene about 8500 years ago - light from Earth. Unlike the Sun, many stars are found in brilliant clusters such as NGC 3293 where they spend their lives. At birth, which should have been at much the same time for all the stars in NGC 3293, the most massive stars are hot and very luminous and therefore appear as the brightest blue stars. With time they deplete their supplies of nuclear fuel, hydrogen. This evolutionary process involves cooling, so that the stars become redder, and would ordinarily disappear from view, but they also swell to gigantic proportions and so remain visible. The bright orange star in NGC 3293 is the member of the cluster which has aged fastest. This cluster is in the constellation of Carina at a distance of about 8500 light years

Open cluster NGC 3293 in Carene - Open star cluster NGC 3293 in Carina - Star cluster located in the constellation Carene about 8500 years ago - light from Earth. Unlike the Sun, many stars are found in brilliant clusters such as NGC 3293 where they spend their lives. At birth, which should have been at much the same time for all the stars in NGC 3293, the most massive stars are hot and very luminous and therefore appear as the brightest blue stars. With time they deplete their supplies of nuclear fuel, hydrogen. This evolutionary process involves cooling, so that the stars become redder, and would ordinarily disappear from view, but they also swell to gigantic proportions and so remain visible. The bright orange star in NGC 3293 is the member of the cluster which has aged fastest. This cluster is in the constellation of Carina at a distance of about 8500 light years

PIX4568196

Open cluster NGC 3293 in Carene - Open star cluster NGC 3293 in Carina - Star cluster located in the constellation Carene about 8500 years ago - light from Earth. Unlike the Sun, many stars are found in brilliant clusters such as NGC 3293 where they spend their lives. At birth, which should have been at much the same time for all the stars in NGC 3293, the most massive stars are hot and very luminous and therefore appear as the brightest blue stars. With time they deplete their supplies of nuclear fuel, hydrogen. This evolutionary process involves cooling, so that the stars become redder, and would ordinarily disappear from view, but they also swell to gigantic proportions and so remain visible. The bright orange star in NGC 3293 is the member of the cluster which has aged fastest. This cluster is in the constellation of Carina at a distance of about 8500 light years

Open cluster NGC 3293 in Carene - Open star cluster NGC 3293 in Carina - Star cluster located in the constellation Carene about 8500 years ago - light from Earth. Unlike the Sun, many stars are found in brilliant clusters such as NGC 3293 where they spend their lives. At birth, which should have been at much the same time for all the stars in NGC 3293, the most massive stars are hot and very luminous and therefore appear as the brightest blue stars. With time they deplete their supplies of nuclear fuel, hydrogen. This evolutionary process involves cooling, so that the stars become redder, and would ordinarily disappear from view, but they also swell to gigantic proportions and so remain visible. The bright orange star in NGC 3293 is the member of the cluster which has aged fastest. This cluster is in the constellation of Carina at a distance of about 8500 light years

PIX4568236

Nov. 11, 1953 - World's First Atomic Power Station: The first atomic power station under construction is being built in Cumberland, England. To be completed in about a year and a half, the experimental station is expected to have an output of around 50,000 watts, enough electricity for a fair-sized town. It will be Britain's eighth atomic energy center

Nov. 11, 1953 - World's First Atomic Power Station: The first atomic power station under construction is being built in Cumberland, England. To be completed in about a year and a half, the experimental station is expected to have an output of around 50,000 watts, enough electricity for a fair-sized town. It will be Britain's eighth atomic energy center

ZUM4895600

Jim Reilly extravehicular release 06/2007 - Jim Reilly extravehicular activity 06/2007 - Jim Reilly extravehicular release. Space Shuttle Atlantis is visible, moored at ISS-Expedition 15. 11 June 2007. Astronauts Jim Reilly and John “” Danny”” Olivas (visible among Reilly's helmet reflections), both STS - 117 mission specialists, participate in the mission's first planned session of extravehicular activity (EVA), as construction resumes on the International Space Station. Among other tasks, Reilly and Olivas connected power, data and cooling cables between S1 and S3; released the launch restraints from and deployed the four solar array blanket boxes on S4 and released the cinches and winches holding the photovoltaic radiator on S4. The crew cabin and nose of Space Shuttle Atlantis docked to the station is visible in the background. 11 June 2007

Jim Reilly extravehicular release 06/2007 - Jim Reilly extravehicular activity 06/2007 - Jim Reilly extravehicular release. Space Shuttle Atlantis is visible, moored at ISS-Expedition 15. 11 June 2007. Astronauts Jim Reilly and John “” Danny”” Olivas (visible among Reilly's helmet reflections), both STS - 117 mission specialists, participate in the mission's first planned session of extravehicular activity (EVA), as construction resumes on the International Space Station. Among other tasks, Reilly and Olivas connected power, data and cooling cables between S1 and S3; released the launch restraints from and deployed the four solar array blanket boxes on S4 and released the cinches and winches holding the photovoltaic radiator on S4. The crew cabin and nose of Space Shuttle Atlantis docked to the station is visible in the background. 11 June 2007

PIX4601681

Open cluster NGC 3293 in Carene - Open star cluster NGC 3293 in Carina - Star cluster located in the constellation Carene about 8500 years ago - light from Earth. Unlike the Sun, many stars are found in brilliant clusters such as NGC 3293 where they spend their lives. At birth, which should have been at much the same time for all the stars in NGC 3293, the most massive stars are hot and very luminous and therefore appear as the brightest blue stars. With time they deplete their supplies of nuclear fuel, hydrogen. This evolutionary process involves cooling, so that the stars become redder, and would ordinarily disappear from view, but they also swell to gigantic proportions and so remain visible. The bright orange star in NGC 3293 is the member of the cluster which has aged fastest. This cluster is in the constellation of Carina at a distance of about 8500 light years

Open cluster NGC 3293 in Carene - Open star cluster NGC 3293 in Carina - Star cluster located in the constellation Carene about 8500 years ago - light from Earth. Unlike the Sun, many stars are found in brilliant clusters such as NGC 3293 where they spend their lives. At birth, which should have been at much the same time for all the stars in NGC 3293, the most massive stars are hot and very luminous and therefore appear as the brightest blue stars. With time they deplete their supplies of nuclear fuel, hydrogen. This evolutionary process involves cooling, so that the stars become redder, and would ordinarily disappear from view, but they also swell to gigantic proportions and so remain visible. The bright orange star in NGC 3293 is the member of the cluster which has aged fastest. This cluster is in the constellation of Carina at a distance of about 8500 light years

PIX4568211

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741596

International Space Station: the European module Columbus - The International Space Station: the Columbus laboratory - European astronaut Hans Schlegel is working on the new element of the International Space Station, the European Columbus Laboratory. One of the tasks of this extravehicular outing carried out with American astronaut Rex Walheim (off-field) was to replace the nitrogen reservoir of the module. 13 February 2008. European Space Agency (ESA) astronaut Hans Schlegel, STS - 122 mission specialist, works on the new Columbus laboratory as he participates in the mission's second scheduled session of extravehicular activity (EVA) as construction and maintenance continue on the International Space Station. During the six - hour, 45 - minute spacewalk, among other tasks, Schlegel and NASA astronaut Rex Walheim (out of frame), mission specialist, worked to replace a nitrogen tank used to pressurize the station's ammonia cooling system. 13 Feb. 200

International Space Station: the European module Columbus - The International Space Station: the Columbus laboratory - European astronaut Hans Schlegel is working on the new element of the International Space Station, the European Columbus Laboratory. One of the tasks of this extravehicular outing carried out with American astronaut Rex Walheim (off-field) was to replace the nitrogen reservoir of the module. 13 February 2008. European Space Agency (ESA) astronaut Hans Schlegel, STS - 122 mission specialist, works on the new Columbus laboratory as he participates in the mission's second scheduled session of extravehicular activity (EVA) as construction and maintenance continue on the International Space Station. During the six - hour, 45 - minute spacewalk, among other tasks, Schlegel and NASA astronaut Rex Walheim (out of frame), mission specialist, worked to replace a nitrogen tank used to pressurize the station's ammonia cooling system. 13 Feb. 200

PIX4601836

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741587

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741589

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741593

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741594

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741588

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741590

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741591

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741592

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741597

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

Pressure Suit, A7-L, Armstrong, Apollo 11, Flown, 1969 (mixed media)

American School, (20th century)

SMT3741598

Dresden, historical, Prague Street, The atmosphere, Kleiner Fountains …, 1985 (photo)

Dresden, historical, Prague Street, The atmosphere, Kleiner Fountains …, 1985 (photo)

Sächsische Zeitung

IMO8757426

Tilbury Docks, Chadwell St Mary, Thurrock, UK, 1952 (b/w photo)

Tilbury Docks, Chadwell St Mary, Thurrock, UK, 1952 (b/w photo)

EHT6620631

The Elephants Foot of the Chernobyl disaster

The Elephants Foot of the Chernobyl disaster

UIG2912122

Star Antares in the Scorpion - The nebula around Antares - Supergeant star Antares seen at the 3.9m telescope of Siding Spring. To his right is the globular cluster NGC 6144. Antares is a giant among stars, and like giants in general, very rare. Antares has spent most of its short life as a highly luminous blue supergiant star, its mass obliging it to consume its vast store of nuclear fuel (hydrogen) very rapidly. This nuclear fusion process supplied the energy that prevented the star collapsing in on itself - - all stars support themselves against gravity in this way. Now, the supply of fuel in the core of the star is close to exhaustion and the star has undergone a major internal re - arrangement to cope with the changed circumstances, both cooling and swelling in the process. This star is big; the earth would be inside it if it were to replace the sun. At its cool, distended surface, tiny solid particles begin to appear, made of the heavier trace elements formed with in the star. Th

Star Antares in the Scorpion - The nebula around Antares - Supergeant star Antares seen at the 3.9m telescope of Siding Spring. To his right is the globular cluster NGC 6144. Antares is a giant among stars, and like giants in general, very rare. Antares has spent most of its short life as a highly luminous blue supergiant star, its mass obliging it to consume its vast store of nuclear fuel (hydrogen) very rapidly. This nuclear fusion process supplied the energy that prevented the star collapsing in on itself - - all stars support themselves against gravity in this way. Now, the supply of fuel in the core of the star is close to exhaustion and the star has undergone a major internal re - arrangement to cope with the changed circumstances, both cooling and swelling in the process. This star is big; the earth would be inside it if it were to replace the sun. At its cool, distended surface, tiny solid particles begin to appear, made of the heavier trace elements formed with in the star. Th

PIX4571707

The Formation of the Earth and the Moon - Young Earth and Moon - The young Earth draped with thick clouds is illuminated by lightning and the reddish glow of volcanoes. Still surrounded by the remains of the primitive nebula, it will wait another 500 million years to cool sufisciously, form a solid crust and develop a primitive atmosphere. Top right is the Moon, still covered in molten lava. A young Earth is shrouded in turbulent, roiling clouds, while under the shadow of its night side can be seen flashes of lightning and the ruddy glow of volcanoes and lava fields illuminating the clouds from beneath. The space around the Earth is highlighted by remnants of the nebula from which the Solar System was born. On the upper right is the Earth's Moon whose lava - filled scars from massive impacts are still cooling. 500 million years after its molten birth the Earth's surface would have cooled enough for a solid crust to form, and gases delivered by comets and emissions from within would hav

The Formation of the Earth and the Moon - Young Earth and Moon - The young Earth draped with thick clouds is illuminated by lightning and the reddish glow of volcanoes. Still surrounded by the remains of the primitive nebula, it will wait another 500 million years to cool sufisciously, form a solid crust and develop a primitive atmosphere. Top right is the Moon, still covered in molten lava. A young Earth is shrouded in turbulent, roiling clouds, while under the shadow of its night side can be seen flashes of lightning and the ruddy glow of volcanoes and lava fields illuminating the clouds from beneath. The space around the Earth is highlighted by remnants of the nebula from which the Solar System was born. On the upper right is the Earth's Moon whose lava - filled scars from massive impacts are still cooling. 500 million years after its molten birth the Earth's surface would have cooled enough for a solid crust to form, and gases delivered by comets and emissions from within would hav

Walter B Myers

PIX4633451

Corona Australis Dust Complex, 2017 (digital photo)

Corona Australis Dust Complex, 2017 (digital photo)

Cogo, Mario (21st century)

MMM7340922

Dresden, historical, To build, construction, Reconstruction, Trade, Sale …, 1977 (photo)

Dresden, historical, To build, construction, Reconstruction, Trade, Sale …, 1977 (photo)

Sächsische Zeitung

IMO8765715

The Formation of the Earth - Artist's View - Meteorite strike on infant Earth - The Earth was formed 4.6 billion years ago from a gigantic cloud of gas and dust. These dust accreted to form our planet; it was subjected to a large bombardment of meteorites. A molten, infant Earth is impacted by an object about 10 miles in diameter, releasing 200 million times a much energy as the largest manmade explosion. While this collision appears negligible when compared to the scars of much larger encounters, a similar impact four billion years later may have resulted in the extinction of the dinosaurs. The Earth accrued the majority of its mass during the 100 million years following the formation of the Sun, a period referred to as the cosmic bombardment. During this era of frequent impacts and radioactive heating, the entire Earth remained molten long enough for the heavy metals iron and nickel to settle to the center of the Earth while lighter silicates floated to the surface. Today, over four

The Formation of the Earth - Artist's View - Meteorite strike on infant Earth - The Earth was formed 4.6 billion years ago from a gigantic cloud of gas and dust. These dust accreted to form our planet; it was subjected to a large bombardment of meteorites. A molten, infant Earth is impacted by an object about 10 miles in diameter, releasing 200 million times a much energy as the largest manmade explosion. While this collision appears negligible when compared to the scars of much larger encounters, a similar impact four billion years later may have resulted in the extinction of the dinosaurs. The Earth accrued the majority of its mass during the 100 million years following the formation of the Sun, a period referred to as the cosmic bombardment. During this era of frequent impacts and radioactive heating, the entire Earth remained molten long enough for the heavy metals iron and nickel to settle to the center of the Earth while lighter silicates floated to the surface. Today, over four

Walter B Myers

PIX4633457

Circumpolar - South Hemisphere - Star trails around the south celestial pole - Photographic pose of several hours around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. The reddish color of the sky is due to the volcanic eruption of the Pinatubo. On June 15, 1991, after weeks of rumbling and venting steam and poisonous gas, Mt Pinatubo exploded on the island of Luzon, in the Phillipines. This was the largest volcanic eruption for nearly a century. The eruption killed over 700 people and ejected several cubic kilometers of dust and gas over 35 km high into the stratosphere. The effects were felt around the world and included a temporary global cooling and a thinning of the ozone layer as well as other changes in the global weather pattern. However, the most obvious effect for many people was a milkiness in the daytime sky due to scattering by high altitude aerosols, and corresponding anomalous sunsets and twilights that were noticable for years. This pictu

Circumpolar - South Hemisphere - Star trails around the south celestial pole - Photographic pose of several hours around the south celeste pole. Siding Spring's 3.9m telescope dome in the foreground. The reddish color of the sky is due to the volcanic eruption of the Pinatubo. On June 15, 1991, after weeks of rumbling and venting steam and poisonous gas, Mt Pinatubo exploded on the island of Luzon, in the Phillipines. This was the largest volcanic eruption for nearly a century. The eruption killed over 700 people and ejected several cubic kilometers of dust and gas over 35 km high into the stratosphere. The effects were felt around the world and included a temporary global cooling and a thinning of the ozone layer as well as other changes in the global weather pattern. However, the most obvious effect for many people was a milkiness in the daytime sky due to scattering by high altitude aerosols, and corresponding anomalous sunsets and twilights that were noticable for years. This pictu

PIX4581098

Antares star and globular clusters in the Scorpion - The nebula around Antares and globular clusters - Supergeante star Antares seen at the 3.9m telescope from Siding Spring. At the top right is the globular cluster NGC 6144, at the extreme right, cluster M4. Antares is a giant among stars, and like giants in general, very rare. Antares has spent most of its short life as a highly luminous blue supergiant star, its mass obliging it to consume its vast store of nuclear fuel (hydrogen) very rapidly. This nuclear fusion process supplied the energy that prevented the star collapsing in on itself - - all stars support themselves against gravity in this way. Now, the supply of fuel in the core of the star is close to exhaustion and the star has undergone a major internal re - arrangement to cope with the changed circumstances, both cooling and swelling in the process. This star is big; the earth would be inside it if it were to replace the sun. At its cool, distended surface, tiny solid part

Antares star and globular clusters in the Scorpion - The nebula around Antares and globular clusters - Supergeante star Antares seen at the 3.9m telescope from Siding Spring. At the top right is the globular cluster NGC 6144, at the extreme right, cluster M4. Antares is a giant among stars, and like giants in general, very rare. Antares has spent most of its short life as a highly luminous blue supergiant star, its mass obliging it to consume its vast store of nuclear fuel (hydrogen) very rapidly. This nuclear fusion process supplied the energy that prevented the star collapsing in on itself - - all stars support themselves against gravity in this way. Now, the supply of fuel in the core of the star is close to exhaustion and the star has undergone a major internal re - arrangement to cope with the changed circumstances, both cooling and swelling in the process. This star is big; the earth would be inside it if it were to replace the sun. At its cool, distended surface, tiny solid part

PIX4571773

James Webb Space Telescope (JWST) - Artist view - The James Webb Space Telescope (JWST) - Artist view: The James Webb Space Telescope (JWST) will replace the Hubble Space Telescope in 2018. The James Webb Space Telescope (JWST) is a large, infrared-optimized space telescope scheduled for launch in 2018. Equipped with a large mirror 6.5 meters (21.3 feet) in diameter, it will find the first galaxies that formed in the early Universe, connecting the Big Bang to our own Milky Way Galaxy and will reside in an orbit about 1.5 million km (1 million miles) from the Earth - The shaded side of the James Webb Space Telescope (JWST) as it may appear later this decade when it is observing from the Earth-Sun L2 point about 930 thousand miles from the Earth. Part of the Milky Way can be seen reflected in the 21-foot diameter mirror assembly. This assembly is composed of 18 hexagonal segments of gold-coated beryllium which combines to create a near-infrared light-collecting area of about 80 square fe

James Webb Space Telescope (JWST) - Artist view - The James Webb Space Telescope (JWST) - Artist view: The James Webb Space Telescope (JWST) will replace the Hubble Space Telescope in 2018. The James Webb Space Telescope (JWST) is a large, infrared-optimized space telescope scheduled for launch in 2018. Equipped with a large mirror 6.5 meters (21.3 feet) in diameter, it will find the first galaxies that formed in the early Universe, connecting the Big Bang to our own Milky Way Galaxy and will reside in an orbit about 1.5 million km (1 million miles) from the Earth - The shaded side of the James Webb Space Telescope (JWST) as it may appear later this decade when it is observing from the Earth-Sun L2 point about 930 thousand miles from the Earth. Part of the Milky Way can be seen reflected in the 21-foot diameter mirror assembly. This assembly is composed of 18 hexagonal segments of gold-coated beryllium which combines to create a near-infrared light-collecting area of about 80 square fe

Walter B Myers

PIX4645827

Remains of the supernova Cassiopee A/HST - Cassiopeia A: Colorful, Shredded Remains of Old Supernova Glowing gaseous streamers of red, white, and blue - - as well as green and pink - - illuminate the heavens like Fourth of July fireworks. The colorful streamers that float across the sky in this photo taken by Nasa's Hubble Space Telescope were created by one of the biggest firecrackers seen to go off in our galaxy in recorded history, the titanic supernova explosion of a massive star. The light from the exploding star reached Earth 320 years ago, nearly a century before our United States celebrated its birth with a blow. The dead star's shredded remains are called Cassiopeia A, or “” Cas A”” for short. Cas A is the youngest known supernova remnant in our Milky Way Galaxy and resides 10,000 light - years away in the constellation Cassiopeia, so the star actually blew up 10,000 years before the light reached Earth in the late 1600s. This stunning Hubble image of Cas A is allowing astrono

Remains of the supernova Cassiopee A/HST - Cassiopeia A: Colorful, Shredded Remains of Old Supernova Glowing gaseous streamers of red, white, and blue - - as well as green and pink - - illuminate the heavens like Fourth of July fireworks. The colorful streamers that float across the sky in this photo taken by Nasa's Hubble Space Telescope were created by one of the biggest firecrackers seen to go off in our galaxy in recorded history, the titanic supernova explosion of a massive star. The light from the exploding star reached Earth 320 years ago, nearly a century before our United States celebrated its birth with a blow. The dead star's shredded remains are called Cassiopeia A, or “” Cas A”” for short. Cas A is the youngest known supernova remnant in our Milky Way Galaxy and resides 10,000 light - years away in the constellation Cassiopeia, so the star actually blew up 10,000 years before the light reached Earth in the late 1600s. This stunning Hubble image of Cas A is allowing astrono

PIX4582924

Remnants of Supernova of Vails - detail - Pencil Nebula (NGC 2376) - Remnants from a star that exploded thousands of years ago created a celestial abstract portrait, as captured in this image of the Pencil Nebula. Officially known as NGC 2736, the Pencil Nebula is part of the huge Vela supernova remnant, located in the southern constellation Vela. Discovered by Sir John Herschel in the 1840s, the nebula's linear appearance triggered its popular name. The nebula's shape suggests that it is part of the supernova shock wave that recently encountered a region of dense gas. It is this interaction that causes the nebula to glow, appearing like a rippled sheet. In this snapshot, astronomers are looking along the edge of the undulating sheet of gas. This view shows large, wispy filamentary structures, smaller bright knots of gas, and patches of diffuse gas. The Hubble Heritage Team used the Advanced Camera for Surveys in October 2002 to observe the nebula. The region of the Pencil Nebula captu

Remnants of Supernova of Vails - detail - Pencil Nebula (NGC 2376) - Remnants from a star that exploded thousands of years ago created a celestial abstract portrait, as captured in this image of the Pencil Nebula. Officially known as NGC 2736, the Pencil Nebula is part of the huge Vela supernova remnant, located in the southern constellation Vela. Discovered by Sir John Herschel in the 1840s, the nebula's linear appearance triggered its popular name. The nebula's shape suggests that it is part of the supernova shock wave that recently encountered a region of dense gas. It is this interaction that causes the nebula to glow, appearing like a rippled sheet. In this snapshot, astronomers are looking along the edge of the undulating sheet of gas. This view shows large, wispy filamentary structures, smaller bright knots of gas, and patches of diffuse gas. The Hubble Heritage Team used the Advanced Camera for Surveys in October 2002 to observe the nebula. The region of the Pencil Nebula captu

PIX4582819

Thermometer, tyre pump and bicycle wheel and tyre-Photo by Tim Ridley

Thermometer, tyre pump and bicycle wheel and tyre-Photo by Tim Ridley

UDK5430233

Sosnowiec, 1972. Slask landscape - power station.

Sosnowiec, 1972. Slask landscape - power station.

Zbyszko Siemaszko

FRM5618903

Dabrowa Gornicza, 06.1977. Huta Katowice Steelworks entrance.

Dabrowa Gornicza, 06.1977. Huta Katowice Steelworks entrance.

Miroslaw Stankiewicz

FRM5637086

Turoszow, 1950-1960s. Turow mining and power plant, Turoszow brown coal open-pit mining.

Turoszow, 1950-1960s. Turow mining and power plant, Turoszow brown coal open-pit mining.

Eustachy Kossakowski

FRM5622740

Turoszow, 1950-1960s. Turow mining and power plant, Turoszow brown coal open-pit mining.

Turoszow, 1950-1960s. Turow mining and power plant, Turoszow brown coal open-pit mining.

Eustachy Kossakowski

FRM5622726

Katowice, 09.1977. Construction of Huta Katowice.

Katowice, 09.1977. Construction of Huta Katowice.

Romuald Broniarek

FRM5621034

Turoszow, 1962. Turow mining and power plant, construction of electric co-generator. Photographed: mobile bar, industrial chimneys in background.

Turoszow, 1962. Turow mining and power plant, construction of electric co-generator. Photographed: mobile bar, industrial chimneys in background.

Andrzej Wiernicki

FRM5637474

Nowa Huta, 1960s. Lenin steelworks factory.

Nowa Huta, 1960s. Lenin steelworks factory.

Zbyszko Siemaszko

FRM5636561

New Huta, 04.05.1988. Manual workers during strike in Lenin steel plant.

New Huta, 04.05.1988. Manual workers during strike in Lenin steel plant.

Andrzej Stawiarski

FRM5637253

Switzerland Production Blood Donation Service (1953) (b/w photo)

Switzerland Production Blood Donation Service (1953) (b/w photo)

Max Kraft

KES6212049

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