-
The “One-Mile” - a journey to the top of the radio telescope
The One-Mile Telescope at the Mullard Radio Astronomy Observatory (MRAO), Cambridge, UK is an array of radio telescopes (two fixed and one moveable). The One Mile Telescope was made up of three 120 ton dishes, each of which is 18 m in diameter, completed in 1964. The construction of this telescope and the development of the Earth-rotation aperture synthesis used when operating it contributed to Martin Ryle and Antony Hewish receiving the Nobel Prize for Physics in 1974.
published: 26 Jan 2022
-
The One Mile Telescope Cambridge ABANDONED PLACES UK
This is avery different location to what we normally do but was very interesting
just google let he one mile telescope and the history is on wiki
joined by @UrbanRockDove so go check out dans channel
insta essexmole
twitter exploringwithaz
tiktok straightouttaurbex
dans insta urban_banana_
published: 05 Jul 2023
-
Arecibo's collapse & China’s building of the world’s largest radio telescope w/ Neil deGrasse Tyson
In this clip, Neil deGrasse Tyson and co-host Chuck Nice explore the plight of the Arecibo telescope and the implications of China’s FAST, now recognized as the world’s largest single-dish radio telescope. Also discussed are the co-interests of astrophysics and the military, the tracking of intercontinental ballistic missiles from Russia, radio-echoing to understand the orbits of undetectable asteroids, and the results of displaced funding in Science.
Support us on Patreon: https://www.patreon.com/startalkradio
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About StarTalk:
Science meets pop cu...
published: 11 Jul 2021
-
Rover captures one-mile-high whirlwind on Mars
Scientists have spotted a 1.2-mile-high dust devil on Mars.
The whirlwind was observed by NASA’s Perseverance rover moving across the Martian landscape.
It was seen moving east to west at about 12 mph along Thorofare Ridge on August 30.
Dust devils, which also occur on Earth, form when rising cells of warm air mix with descending columns of cooler air.
Click here for more on Independent TV: https://www.independent.co.uk/tv/editors-picks
Click here to subscribe to The Independent: https://bit.ly/Subscribe-to-Independent
About The Independent:
Making Change Happen. The Independent is the world’s most free-thinking newsbrand, providing global news, commentary and analysis for the independently-minded.
Connect with The Independent:
Check out our full video catalog: https://www.youtube.c...
published: 02 Oct 2023
-
Antony Hewish - Moving to the Mullard Radio Astronomy Observatory at Lord's Bridge (30/36)
To listen to more of Antony Hewish’s stories, go to the playlist:
https://www.youtube.com/playlist?list=PLVV0r6CmEsFw6eFcyWj4FfpdqbTTYnd4s
Antony Hewish (1924-2021) was a pioneer of radio astronomy known for his study of intergalactic weather patterns and his development of giant telescopes. He was awarded the Nobel Prize for Physics in 1974, together with Martin Ryle, for his discovery of pulsars [Listener: Dave Green; date recorded: 2008]
TRANSCRIPT: Then the subject began to get… get expensive. You don’t call £100,000 expensive nowadays, but we had a grant from the Mullard [Radio] Company, and Ratcliffe was instrumental in… in the politics of that. And Neville Mott was then the Cavendish Professor, he’d taken over from Laurence Bragg. Laurence Bragg, a crystallographer, was very supp...
published: 01 Aug 2017
-
NASA Build 1 Mile Wide Telescope on the MOON?! 😱🔥 #Shorts
NASA are planning on building a 1 mile wide telescope on the far side of the moon to observe distant stars, galaxies and the early Universe! Like, share and subscribe for more space videos!
Hope you enjoy the video! 🚀👽
Follow me on TikTok! - @GodsArtOfficial
Follow me on instagram! - @godsart.official
Follow me on Twitter! - @GodsArtOfficial
Music was found from MusicVine, link to the track is below:
https://musicvine.com/track/richard-smithson/so-it-goes
#universe #space #astronomy #scary #spacefacts #nasa #creepy
published: 01 Jan 2023
-
China's massive "Eye of Heaven" telescope now open to international scientists
Nestled shining and silent in the forested limestone hills of remote southwest China, the world's biggest single-dish radio telescope is now opening to international scientists. The massive telescope, called "Eye of Heaven," spans the length of more than five football fields. Ramy Inocencio gets a firsthand look.
Watch "CBS This Morning" HERE: http://bit.ly/1T88yAR
Download the CBS News app on iOS HERE: https://apple.co/1tRNnUy
Download the CBS News app on Android HERE: https://bit.ly/1IcphuX
Like "CBS This Morning" on Facebook HERE: http://on.fb.me/1LhtdvI
Follow "CBS This Morning" on Twitter HERE: http://bit.ly/1Xj5W3p
Follow "CBS This Morning" on Instagram HERE: http://bit.ly/1Q7NGnY
Get new episodes of shows you love across devices the next day, stream local news live, and watch full ...
published: 24 Dec 2020
-
The Million-Mile Viewpoint: Amber Straughn on the James Webb Space Telescope
During her 2017 public lecture at Perimeter Institute, NASA scientist Amber Straughn provided a behind-the-scenes look at the James Webb Space Telescope, the powerful successor to Hubble, set to launch in 2018. Watch the whole lecture: https://insidetheperimeter.ca/new-era-astronomy-amber-straughn-public-lecture/
published: 29 Mar 2017
-
I pointed my telescope at Saturn...
#shorts #astrophotography #telescope #saturn
published: 27 Nov 2022
-
Superscope Probes Space (1965)
Item title reads - Superscope probes space.
Cambridge, Cambridgeshire, and the Pacific.
Tracking shot past two of the giant dishes of the Science Research Council radio telescope. C/U's showing the large dish of one of the telescopes. M/S showing Director of the Observatory Professor Martin Ryle talking to guests. C/U Professor Ryle. Interior M/S of the control room. Mr Elmore, Senior Assistant, is sat at large control panel. C/U of panel, Mr Elmore presses a button. C/U of large racks with recording graphs. A man opens panel to graph. C/U hand writing on the graph. C/U of illustrations on wall, over the top reads "Our Galaxy".
C/U of a graph recording signals from the one mile telescope, card below reads "The signals being recorded here from the one mile telescope set out f...
published: 13 Apr 2014
4:37
The “One-Mile” - a journey to the top of the radio telescope
The One-Mile Telescope at the Mullard Radio Astronomy Observatory (MRAO), Cambridge, UK is an array of radio telescopes (two fixed and one moveable). The One Mi...
The One-Mile Telescope at the Mullard Radio Astronomy Observatory (MRAO), Cambridge, UK is an array of radio telescopes (two fixed and one moveable). The One Mile Telescope was made up of three 120 ton dishes, each of which is 18 m in diameter, completed in 1964. The construction of this telescope and the development of the Earth-rotation aperture synthesis used when operating it contributed to Martin Ryle and Antony Hewish receiving the Nobel Prize for Physics in 1974.
https://wn.com/The_“One_Mile”_A_Journey_To_The_Top_Of_The_Radio_Telescope
The One-Mile Telescope at the Mullard Radio Astronomy Observatory (MRAO), Cambridge, UK is an array of radio telescopes (two fixed and one moveable). The One Mile Telescope was made up of three 120 ton dishes, each of which is 18 m in diameter, completed in 1964. The construction of this telescope and the development of the Earth-rotation aperture synthesis used when operating it contributed to Martin Ryle and Antony Hewish receiving the Nobel Prize for Physics in 1974.
- published: 26 Jan 2022
- views: 432
13:32
The One Mile Telescope Cambridge ABANDONED PLACES UK
This is avery different location to what we normally do but was very interesting
just google let he one mile telescope and the history is on wiki
joined by @U...
This is avery different location to what we normally do but was very interesting
just google let he one mile telescope and the history is on wiki
joined by @UrbanRockDove so go check out dans channel
insta essexmole
twitter exploringwithaz
tiktok straightouttaurbex
dans insta urban_banana_
https://wn.com/The_One_Mile_Telescope_Cambridge_Abandoned_Places_UK
This is avery different location to what we normally do but was very interesting
just google let he one mile telescope and the history is on wiki
joined by @UrbanRockDove so go check out dans channel
insta essexmole
twitter exploringwithaz
tiktok straightouttaurbex
dans insta urban_banana_
- published: 05 Jul 2023
- views: 146
10:09
Arecibo's collapse & China’s building of the world’s largest radio telescope w/ Neil deGrasse Tyson
In this clip, Neil deGrasse Tyson and co-host Chuck Nice explore the plight of the Arecibo telescope and the implications of China’s FAST, now recognized as the...
In this clip, Neil deGrasse Tyson and co-host Chuck Nice explore the plight of the Arecibo telescope and the implications of China’s FAST, now recognized as the world’s largest single-dish radio telescope. Also discussed are the co-interests of astrophysics and the military, the tracking of intercontinental ballistic missiles from Russia, radio-echoing to understand the orbits of undetectable asteroids, and the results of displaced funding in Science.
Support us on Patreon: https://www.patreon.com/startalkradio
FOLLOW or SUBSCRIBE to StarTalk:
YouTube: https://www.youtube.com/user/startalkradio?sub_confirmation=1
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About StarTalk:
Science meets pop culture on StarTalk! Astrophysicist & Hayden Planetarium director Neil deGrasse Tyson, his comic co-hosts, guest celebrities & scientists discuss astronomy, physics, and everything else about life in the universe. Keep Looking Up!
#StarTalk #NeildeGrasseTyson
https://wn.com/Arecibo's_Collapse_China’S_Building_Of_The_World’S_Largest_Radio_Telescope_W_Neil_Degrasse_Tyson
In this clip, Neil deGrasse Tyson and co-host Chuck Nice explore the plight of the Arecibo telescope and the implications of China’s FAST, now recognized as the world’s largest single-dish radio telescope. Also discussed are the co-interests of astrophysics and the military, the tracking of intercontinental ballistic missiles from Russia, radio-echoing to understand the orbits of undetectable asteroids, and the results of displaced funding in Science.
Support us on Patreon: https://www.patreon.com/startalkradio
FOLLOW or SUBSCRIBE to StarTalk:
YouTube: https://www.youtube.com/user/startalkradio?sub_confirmation=1
Twitter: http://twitter.com/startalkradio
Facebook: https://www.facebook.com/StarTalk
Instagram: https://www.instagram.com/startalkradio/
About StarTalk:
Science meets pop culture on StarTalk! Astrophysicist & Hayden Planetarium director Neil deGrasse Tyson, his comic co-hosts, guest celebrities & scientists discuss astronomy, physics, and everything else about life in the universe. Keep Looking Up!
#StarTalk #NeildeGrasseTyson
- published: 11 Jul 2021
- views: 114437
0:31
Rover captures one-mile-high whirlwind on Mars
Scientists have spotted a 1.2-mile-high dust devil on Mars.
The whirlwind was observed by NASA’s Perseverance rover moving across the Martian landscape.
It wa...
Scientists have spotted a 1.2-mile-high dust devil on Mars.
The whirlwind was observed by NASA’s Perseverance rover moving across the Martian landscape.
It was seen moving east to west at about 12 mph along Thorofare Ridge on August 30.
Dust devils, which also occur on Earth, form when rising cells of warm air mix with descending columns of cooler air.
Click here for more on Independent TV: https://www.independent.co.uk/tv/editors-picks
Click here to subscribe to The Independent: https://bit.ly/Subscribe-to-Independent
About The Independent:
Making Change Happen. The Independent is the world’s most free-thinking newsbrand, providing global news, commentary and analysis for the independently-minded.
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Check out our full video catalog: https://www.youtube.com/c/theindependent/videos
Videos, daily editorial and more: http://www.theindy.com
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Subscribe to Independent Premium for exclusive content & live events: https://bit.ly/2MiOONB
https://wn.com/Rover_Captures_One_Mile_High_Whirlwind_On_Mars
Scientists have spotted a 1.2-mile-high dust devil on Mars.
The whirlwind was observed by NASA’s Perseverance rover moving across the Martian landscape.
It was seen moving east to west at about 12 mph along Thorofare Ridge on August 30.
Dust devils, which also occur on Earth, form when rising cells of warm air mix with descending columns of cooler air.
Click here for more on Independent TV: https://www.independent.co.uk/tv/editors-picks
Click here to subscribe to The Independent: https://bit.ly/Subscribe-to-Independent
About The Independent:
Making Change Happen. The Independent is the world’s most free-thinking newsbrand, providing global news, commentary and analysis for the independently-minded.
Connect with The Independent:
Check out our full video catalog: https://www.youtube.com/c/theindependent/videos
Videos, daily editorial and more: http://www.theindy.com
Click here to get the best of The Independent daily: https://www.independent.co.uk/newsletters
Like The Independent on Facebook: https://www.fb.com/TheIndependentOnline
Follow The Independent on Twitter: https://twitter.com/Independent
Follow The Independent on Instagram: https://www.instagram.com/the.independent
Download the iOS & Android app: https://www.independent.co.uk/subscribe/app
Help to support truly independent journalism. Every dollar you contribute will directly fund additional special reports and investigations from a free-thinking, award-winning newsroom you can trust - https://www.independent.co.uk/donations
Subscribe to Independent Premium for exclusive content & live events: https://bit.ly/2MiOONB
- published: 02 Oct 2023
- views: 16643
8:26
Antony Hewish - Moving to the Mullard Radio Astronomy Observatory at Lord's Bridge (30/36)
To listen to more of Antony Hewish’s stories, go to the playlist:
https://www.youtube.com/playlist?list=PLVV0r6CmEsFw6eFcyWj4FfpdqbTTYnd4s
Antony Hewish (1924...
To listen to more of Antony Hewish’s stories, go to the playlist:
https://www.youtube.com/playlist?list=PLVV0r6CmEsFw6eFcyWj4FfpdqbTTYnd4s
Antony Hewish (1924-2021) was a pioneer of radio astronomy known for his study of intergalactic weather patterns and his development of giant telescopes. He was awarded the Nobel Prize for Physics in 1974, together with Martin Ryle, for his discovery of pulsars [Listener: Dave Green; date recorded: 2008]
TRANSCRIPT: Then the subject began to get… get expensive. You don’t call £100,000 expensive nowadays, but we had a grant from the Mullard [Radio] Company, and Ratcliffe was instrumental in… in the politics of that. And Neville Mott was then the Cavendish Professor, he’d taken over from Laurence Bragg. Laurence Bragg, a crystallographer, was very supportive of this work, but he… he didn’t really know what was going on. Ratcliffe knew what was going on and… and gave it strong support and he engineered really the grant with the Mullard Radio Company – they… they were into television then in a big way – and… we formally opened in 1957, but the observatory had been going… I made some of the very first observations actually with my solar coronal scattering work to test the site, and in 1955 I spent a lot of time myself looking around for suitable sites in East Anglia where we could actually do this work. I mean… Martin Ryle was interested in a site about a mile across, if… if you can have it, so that he could develop his interferometry on very wide baselines. And I went round looking with a… with a man from the Department of Estate Management at old airfields because you’d think the obvious place for a radio astronomy site is… is an airfield because they’re large and they’re flat and… and they’re in parts of the country which are not good agricultural… normally good agricultural regions – and East Anglia was really a huge airbase just… just after the war, because obviously bomber command was nearer Europe in East Anglia than anywhere else, and East Anglia being an open, flat… countryside was the ideal place for airbases. And I looked at… oh, I must have looked at… at more than 10 airfields within 30 miles from Cambridge. And we had, in fact, almost decided to move to a new site near Thetford which was an old army firing range, actually, and when eventually with this man from Estate Management we discovered Lord’s Bridge which was… which was an Air Ministry site, not a flying site. But it was very flat and the farmland wasn’t very good and it was being partly farmed but not… not farmed very… very productively. And it… it was up for grabs, as it were, and it was big enough for us to build our first radio telescopes and it was within cycling distance from Cambridge. I discovered that airfields were not really flat enough. You might think that airfields are the flattest place you can be, but it has runways that are flat but they are normally arranged in a triangular fashion and in between anything can go on, whereas Martin Ryle was looking for a big, flat… totally flat area, not… not just flat lines.
And so that’s how it was and we were beginning to move out to Lord’s Bridge and construct things in 1955, and the observatory was formally opened in 1957 by Edward Appleton himself. And we got on rapidly with instruments that were really doing the job and had done the job that… that Lovell was designing his dish for. And his dish only came into operation in 1957 when much of the work, for which the dish had been designed originally, had been done by Martin Ryle using his instruments here… here, at Cambridge. He was all for getting on with the job quickly, rather than trying to think of the best… perhaps the best instruments in the world and taking years and years to build it. And from then on… I mean, the development of instruments at Lord’s Bridge was… was extremely… extremely rapid. I mean, the… the 4C antenna which used a one-dimensional synthesis with a movable element which went north-south and synthesised effectively two large, about… about 400–500 km square areas, dishes, gave us high angular resolution but not… couldn’t map things. It wasn’t… it wasn’t a filled area, it was interferometer, so essentially it put… it put very accurate fringes across the sky and you could locate things and determine and know that they were small and… and they were probably radio galaxies, but you couldn’t actually map them. But his first aperture synthesis came with the… with the one mile – well, I mean, the aperture synthesis as an interferometer was… was the first instrument we built, 4C, and that was beginning to survey in 1957 when Jodrell Bank was just beginning to make its very first measurements also. But I think we were… it’s fair to say we were well ahead on the astronomical side, as… as compared to… to Jodrell Bank, because as Martin Ryle’s wisdom in… in doing these extremely ... [...]
Read the full transcript at https://www.webofstories.com/play/antony.hewish/30
https://wn.com/Antony_Hewish_Moving_To_The_Mullard_Radio_Astronomy_Observatory_At_Lord's_Bridge_(30_36)
To listen to more of Antony Hewish’s stories, go to the playlist:
https://www.youtube.com/playlist?list=PLVV0r6CmEsFw6eFcyWj4FfpdqbTTYnd4s
Antony Hewish (1924-2021) was a pioneer of radio astronomy known for his study of intergalactic weather patterns and his development of giant telescopes. He was awarded the Nobel Prize for Physics in 1974, together with Martin Ryle, for his discovery of pulsars [Listener: Dave Green; date recorded: 2008]
TRANSCRIPT: Then the subject began to get… get expensive. You don’t call £100,000 expensive nowadays, but we had a grant from the Mullard [Radio] Company, and Ratcliffe was instrumental in… in the politics of that. And Neville Mott was then the Cavendish Professor, he’d taken over from Laurence Bragg. Laurence Bragg, a crystallographer, was very supportive of this work, but he… he didn’t really know what was going on. Ratcliffe knew what was going on and… and gave it strong support and he engineered really the grant with the Mullard Radio Company – they… they were into television then in a big way – and… we formally opened in 1957, but the observatory had been going… I made some of the very first observations actually with my solar coronal scattering work to test the site, and in 1955 I spent a lot of time myself looking around for suitable sites in East Anglia where we could actually do this work. I mean… Martin Ryle was interested in a site about a mile across, if… if you can have it, so that he could develop his interferometry on very wide baselines. And I went round looking with a… with a man from the Department of Estate Management at old airfields because you’d think the obvious place for a radio astronomy site is… is an airfield because they’re large and they’re flat and… and they’re in parts of the country which are not good agricultural… normally good agricultural regions – and East Anglia was really a huge airbase just… just after the war, because obviously bomber command was nearer Europe in East Anglia than anywhere else, and East Anglia being an open, flat… countryside was the ideal place for airbases. And I looked at… oh, I must have looked at… at more than 10 airfields within 30 miles from Cambridge. And we had, in fact, almost decided to move to a new site near Thetford which was an old army firing range, actually, and when eventually with this man from Estate Management we discovered Lord’s Bridge which was… which was an Air Ministry site, not a flying site. But it was very flat and the farmland wasn’t very good and it was being partly farmed but not… not farmed very… very productively. And it… it was up for grabs, as it were, and it was big enough for us to build our first radio telescopes and it was within cycling distance from Cambridge. I discovered that airfields were not really flat enough. You might think that airfields are the flattest place you can be, but it has runways that are flat but they are normally arranged in a triangular fashion and in between anything can go on, whereas Martin Ryle was looking for a big, flat… totally flat area, not… not just flat lines.
And so that’s how it was and we were beginning to move out to Lord’s Bridge and construct things in 1955, and the observatory was formally opened in 1957 by Edward Appleton himself. And we got on rapidly with instruments that were really doing the job and had done the job that… that Lovell was designing his dish for. And his dish only came into operation in 1957 when much of the work, for which the dish had been designed originally, had been done by Martin Ryle using his instruments here… here, at Cambridge. He was all for getting on with the job quickly, rather than trying to think of the best… perhaps the best instruments in the world and taking years and years to build it. And from then on… I mean, the development of instruments at Lord’s Bridge was… was extremely… extremely rapid. I mean, the… the 4C antenna which used a one-dimensional synthesis with a movable element which went north-south and synthesised effectively two large, about… about 400–500 km square areas, dishes, gave us high angular resolution but not… couldn’t map things. It wasn’t… it wasn’t a filled area, it was interferometer, so essentially it put… it put very accurate fringes across the sky and you could locate things and determine and know that they were small and… and they were probably radio galaxies, but you couldn’t actually map them. But his first aperture synthesis came with the… with the one mile – well, I mean, the aperture synthesis as an interferometer was… was the first instrument we built, 4C, and that was beginning to survey in 1957 when Jodrell Bank was just beginning to make its very first measurements also. But I think we were… it’s fair to say we were well ahead on the astronomical side, as… as compared to… to Jodrell Bank, because as Martin Ryle’s wisdom in… in doing these extremely ... [...]
Read the full transcript at https://www.webofstories.com/play/antony.hewish/30
- published: 01 Aug 2017
- views: 132
0:19
NASA Build 1 Mile Wide Telescope on the MOON?! 😱🔥 #Shorts
NASA are planning on building a 1 mile wide telescope on the far side of the moon to observe distant stars, galaxies and the early Universe! Like, share and sub...
NASA are planning on building a 1 mile wide telescope on the far side of the moon to observe distant stars, galaxies and the early Universe! Like, share and subscribe for more space videos!
Hope you enjoy the video! 🚀👽
Follow me on TikTok! - @GodsArtOfficial
Follow me on instagram! - @godsart.official
Follow me on Twitter! - @GodsArtOfficial
Music was found from MusicVine, link to the track is below:
https://musicvine.com/track/richard-smithson/so-it-goes
#universe #space #astronomy #scary #spacefacts #nasa #creepy
https://wn.com/Nasa_Build_1_Mile_Wide_Telescope_On_The_Moon_😱🔥_Shorts
NASA are planning on building a 1 mile wide telescope on the far side of the moon to observe distant stars, galaxies and the early Universe! Like, share and subscribe for more space videos!
Hope you enjoy the video! 🚀👽
Follow me on TikTok! - @GodsArtOfficial
Follow me on instagram! - @godsart.official
Follow me on Twitter! - @GodsArtOfficial
Music was found from MusicVine, link to the track is below:
https://musicvine.com/track/richard-smithson/so-it-goes
#universe #space #astronomy #scary #spacefacts #nasa #creepy
- published: 01 Jan 2023
- views: 1252
3:09
China's massive "Eye of Heaven" telescope now open to international scientists
Nestled shining and silent in the forested limestone hills of remote southwest China, the world's biggest single-dish radio telescope is now opening to internat...
Nestled shining and silent in the forested limestone hills of remote southwest China, the world's biggest single-dish radio telescope is now opening to international scientists. The massive telescope, called "Eye of Heaven," spans the length of more than five football fields. Ramy Inocencio gets a firsthand look.
Watch "CBS This Morning" HERE: http://bit.ly/1T88yAR
Download the CBS News app on iOS HERE: https://apple.co/1tRNnUy
Download the CBS News app on Android HERE: https://bit.ly/1IcphuX
Like "CBS This Morning" on Facebook HERE: http://on.fb.me/1LhtdvI
Follow "CBS This Morning" on Twitter HERE: http://bit.ly/1Xj5W3p
Follow "CBS This Morning" on Instagram HERE: http://bit.ly/1Q7NGnY
Get new episodes of shows you love across devices the next day, stream local news live, and watch full seasons of CBS fan favorites anytime, anywhere with CBS All Access. Try it free! http://bit.ly/1OQA29B
Each weekday morning, "CBS This Morning" co-hosts Gayle King, Anthony Mason and Tony Dokoupil deliver two hours of original reporting, breaking news and top-level newsmaker interviews in an engaging and informative format that challenges the norm in network morning news programs. The broadcast has earned a prestigious Peabody Award, a Polk Award, four News & Documentary Emmys, three Daytime Emmys and the 2017 Edward R. Murrow Award for Best Newscast. The broadcast was also honored with an Alfred I. duPont-Columbia Award as part of CBS News division-wide coverage of the shootings at Sandy Hook Elementary School in Newtown, Connecticut. Check local listings for "CBS This Morning" broadcast times.
https://wn.com/China's_Massive_Eye_Of_Heaven_Telescope_Now_Open_To_International_Scientists
Nestled shining and silent in the forested limestone hills of remote southwest China, the world's biggest single-dish radio telescope is now opening to international scientists. The massive telescope, called "Eye of Heaven," spans the length of more than five football fields. Ramy Inocencio gets a firsthand look.
Watch "CBS This Morning" HERE: http://bit.ly/1T88yAR
Download the CBS News app on iOS HERE: https://apple.co/1tRNnUy
Download the CBS News app on Android HERE: https://bit.ly/1IcphuX
Like "CBS This Morning" on Facebook HERE: http://on.fb.me/1LhtdvI
Follow "CBS This Morning" on Twitter HERE: http://bit.ly/1Xj5W3p
Follow "CBS This Morning" on Instagram HERE: http://bit.ly/1Q7NGnY
Get new episodes of shows you love across devices the next day, stream local news live, and watch full seasons of CBS fan favorites anytime, anywhere with CBS All Access. Try it free! http://bit.ly/1OQA29B
Each weekday morning, "CBS This Morning" co-hosts Gayle King, Anthony Mason and Tony Dokoupil deliver two hours of original reporting, breaking news and top-level newsmaker interviews in an engaging and informative format that challenges the norm in network morning news programs. The broadcast has earned a prestigious Peabody Award, a Polk Award, four News & Documentary Emmys, three Daytime Emmys and the 2017 Edward R. Murrow Award for Best Newscast. The broadcast was also honored with an Alfred I. duPont-Columbia Award as part of CBS News division-wide coverage of the shootings at Sandy Hook Elementary School in Newtown, Connecticut. Check local listings for "CBS This Morning" broadcast times.
- published: 24 Dec 2020
- views: 132244
2:30
The Million-Mile Viewpoint: Amber Straughn on the James Webb Space Telescope
During her 2017 public lecture at Perimeter Institute, NASA scientist Amber Straughn provided a behind-the-scenes look at the James Webb Space Telescope, the po...
During her 2017 public lecture at Perimeter Institute, NASA scientist Amber Straughn provided a behind-the-scenes look at the James Webb Space Telescope, the powerful successor to Hubble, set to launch in 2018. Watch the whole lecture: https://insidetheperimeter.ca/new-era-astronomy-amber-straughn-public-lecture/
https://wn.com/The_Million_Mile_Viewpoint_Amber_Straughn_On_The_James_Webb_Space_Telescope
During her 2017 public lecture at Perimeter Institute, NASA scientist Amber Straughn provided a behind-the-scenes look at the James Webb Space Telescope, the powerful successor to Hubble, set to launch in 2018. Watch the whole lecture: https://insidetheperimeter.ca/new-era-astronomy-amber-straughn-public-lecture/
- published: 29 Mar 2017
- views: 2101
1:43
Superscope Probes Space (1965)
Item title reads - Superscope probes space.
Cambridge, Cambridgeshire, and the Pacific.
Tracking shot past two of the giant dishes of the Science Resear...
Item title reads - Superscope probes space.
Cambridge, Cambridgeshire, and the Pacific.
Tracking shot past two of the giant dishes of the Science Research Council radio telescope. C/U's showing the large dish of one of the telescopes. M/S showing Director of the Observatory Professor Martin Ryle talking to guests. C/U Professor Ryle. Interior M/S of the control room. Mr Elmore, Senior Assistant, is sat at large control panel. C/U of panel, Mr Elmore presses a button. C/U of large racks with recording graphs. A man opens panel to graph. C/U hand writing on the graph. C/U of illustrations on wall, over the top reads "Our Galaxy".
C/U of a graph recording signals from the one mile telescope, card below reads "The signals being recorded here from the one mile telescope set out from three-c 295, 3000,000,000 years ago". C/U of graph recording signals. C/U of display card. C/U of two photographs, caption beside photograph reads "One mile diameter 23 seconds of arc" pan up to photograph which is out of focus, caption beside it reads "250ft. diameter 10 minutes of arc". M/S of one of the telescopes. Air to air shot of pursuit plane 7 miles over the Pacific which is a flying observatory. Interior shots of man looking through telescope inside plane. M/S of moon shadow passing over the face of the sun. Interior shot of man reflecting eclipse onto a piece of paper. C/U paper showing eclipse being reflected onto it. M/S of moon shadow now nearly covering the face of the sun. C/U man looking through observation porthole. M/S showing the shadow of the moon almost over face of sun. Air to air of the flying observatory.
FILM ID:1812.09
A VIDEO FROM BRITISH PATHÉ. EXPLORE OUR ONLINE CHANNEL, BRITISH PATHÉ TV. IT'S FULL OF GREAT DOCUMENTARIES, FASCINATING INTERVIEWS, AND CLASSIC MOVIES. http://www.britishpathe.tv/
FOR LICENSING ENQUIRIES VISIT http://www.britishpathe.com/
British Pathé also represents the Reuters historical collection, which includes more than 136,000 items from the news agencies Gaumont Graphic (1910-1932), Empire News Bulletin (1926-1930), British Paramount (1931-1957), and Gaumont British (1934-1959), as well as Visnews content from 1957 to the end of 1984. All footage can be viewed on the British Pathé website. https://www.britishpathe.com/
https://wn.com/Superscope_Probes_Space_(1965)
Item title reads - Superscope probes space.
Cambridge, Cambridgeshire, and the Pacific.
Tracking shot past two of the giant dishes of the Science Research Council radio telescope. C/U's showing the large dish of one of the telescopes. M/S showing Director of the Observatory Professor Martin Ryle talking to guests. C/U Professor Ryle. Interior M/S of the control room. Mr Elmore, Senior Assistant, is sat at large control panel. C/U of panel, Mr Elmore presses a button. C/U of large racks with recording graphs. A man opens panel to graph. C/U hand writing on the graph. C/U of illustrations on wall, over the top reads "Our Galaxy".
C/U of a graph recording signals from the one mile telescope, card below reads "The signals being recorded here from the one mile telescope set out from three-c 295, 3000,000,000 years ago". C/U of graph recording signals. C/U of display card. C/U of two photographs, caption beside photograph reads "One mile diameter 23 seconds of arc" pan up to photograph which is out of focus, caption beside it reads "250ft. diameter 10 minutes of arc". M/S of one of the telescopes. Air to air shot of pursuit plane 7 miles over the Pacific which is a flying observatory. Interior shots of man looking through telescope inside plane. M/S of moon shadow passing over the face of the sun. Interior shot of man reflecting eclipse onto a piece of paper. C/U paper showing eclipse being reflected onto it. M/S of moon shadow now nearly covering the face of the sun. C/U man looking through observation porthole. M/S showing the shadow of the moon almost over face of sun. Air to air of the flying observatory.
FILM ID:1812.09
A VIDEO FROM BRITISH PATHÉ. EXPLORE OUR ONLINE CHANNEL, BRITISH PATHÉ TV. IT'S FULL OF GREAT DOCUMENTARIES, FASCINATING INTERVIEWS, AND CLASSIC MOVIES. http://www.britishpathe.tv/
FOR LICENSING ENQUIRIES VISIT http://www.britishpathe.com/
British Pathé also represents the Reuters historical collection, which includes more than 136,000 items from the news agencies Gaumont Graphic (1910-1932), Empire News Bulletin (1926-1930), British Paramount (1931-1957), and Gaumont British (1934-1959), as well as Visnews content from 1957 to the end of 1984. All footage can be viewed on the British Pathé website. https://www.britishpathe.com/
- published: 13 Apr 2014
- views: 99