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dimanche 7 juin 2020
Gaining Skills Virtually to Close the Inequality Gap
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samedi 6 juin 2020
Wolf
Wolf.
The wolf (Canis lupus) is a large canine native to Eurasia and North America. It is the largest extant member of Canidae, males averaging 40 kg (88 lb) and females 37 kg (82 lb). On average, wolves measure 105–160 cm (41–63 in) in length and 80–85 cm (31–33 in) at shoulder height. Compared to coyotes and jackals, wolves have more pointed ears and muzzles, as well as shorter torsos and longer tails. The fur of a wolf is usually mottled white, brown, gray, and black. Up to 38 subspecies have been recognized, including the domestic dog. Wolves live in nuclear families consisting of a mated pair accompanied by their offspring. Fights over territory are among the principal causes of mortality. The wolf is mainly a carnivore and feeds primarily on large wild hooved mammals, though it also eats smaller animals, livestock, carrion, and garbage. Most recorded wolf attacks on people have been attributed to rabies. They have been both respected and feared in human societies.
The wolf (Canis lupus) is a large canine native to Eurasia and North America. It is the largest extant member of Canidae, males averaging 40 kg (88 lb) and females 37 kg (82 lb). On average, wolves measure 105–160 cm (41–63 in) in length and 80–85 cm (31–33 in) at shoulder height. Compared to coyotes and jackals, wolves have more pointed ears and muzzles, as well as shorter torsos and longer tails. The fur of a wolf is usually mottled white, brown, gray, and black. Up to 38 subspecies have been recognized, including the domestic dog. Wolves live in nuclear families consisting of a mated pair accompanied by their offspring. Fights over territory are among the principal causes of mortality. The wolf is mainly a carnivore and feeds primarily on large wild hooved mammals, though it also eats smaller animals, livestock, carrion, and garbage. Most recorded wolf attacks on people have been attributed to rabies. They have been both respected and feared in human societies.
vendredi 5 juin 2020
Demetrius III Eucaerus
Demetrius III Eucaerus.
Demetrius III Eucaerus was a Seleucid ruler who reigned as King of Syria between 96 and 87 BC. He was a son of Antiochus VIII and, most likely, his Egyptian wife Tryphaena. After his father was assassinated in 96 BC, Demetrius III took control of Damascus. In 89 BC, he invaded Judaea and crushed the forces of its king, Alexander Jannaeus. By 87 BC, Demetrius III had most of Syria under his authority. He attempted to appease the public by promoting the importance of the local Semitic gods, and he might have given Damascus the dynastic name Demetrias. By late 87 BC, Demetrius III attacked his brother, and rival to the throne, Philip I, in the city of Beroea, where Philip I's allies called on the Parthians for help. The allied forces routed Demetrius III and besieged him in his camp; he was forced to surrender and spent the rest of his life in exile in Parthia. Philip I took Antioch, while Antiochus XII, another brother of Demetrius III, took Damascus.
Demetrius III Eucaerus was a Seleucid ruler who reigned as King of Syria between 96 and 87 BC. He was a son of Antiochus VIII and, most likely, his Egyptian wife Tryphaena. After his father was assassinated in 96 BC, Demetrius III took control of Damascus. In 89 BC, he invaded Judaea and crushed the forces of its king, Alexander Jannaeus. By 87 BC, Demetrius III had most of Syria under his authority. He attempted to appease the public by promoting the importance of the local Semitic gods, and he might have given Damascus the dynastic name Demetrias. By late 87 BC, Demetrius III attacked his brother, and rival to the throne, Philip I, in the city of Beroea, where Philip I's allies called on the Parthians for help. The allied forces routed Demetrius III and besieged him in his camp; he was forced to surrender and spent the rest of his life in exile in Parthia. Philip I took Antioch, while Antiochus XII, another brother of Demetrius III, took Damascus.
An S.O.S. for Listening at Home
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The Complex Debate Over Silicon Valley’s Embrace of Content Moderation
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jeudi 4 juin 2020
Chestnuts Long Barrow
Chestnuts Long Barrow.
The Chestnuts Long Barrow is a chambered tomb located near the village of Addington in the south-eastern English county of Kent. Constructed during Britain's Early Neolithic period, it belongs to a regional style of barrows produced in the vicinity of the River Medway. The long barrows built in this area are now known as the Medway Megaliths. Chestnuts Long Barrow lies near both Addington Long Barrow and Coldrum Long Barrow on the western side of the river, and was built on land previously inhabited in the Mesolithic period. It consisted of an earthen mound, estimated to have been 15 metres (50 feet) in length, with a chamber built from sarsen megaliths on its eastern end. Human remains placed within this chamber during the Neolithic period were found alongside pottery sherds, stone arrow heads, and a clay pendant. The mound gradually eroded away and was gone by the twentieth century, leaving only the ruined stone chamber.
The Chestnuts Long Barrow is a chambered tomb located near the village of Addington in the south-eastern English county of Kent. Constructed during Britain's Early Neolithic period, it belongs to a regional style of barrows produced in the vicinity of the River Medway. The long barrows built in this area are now known as the Medway Megaliths. Chestnuts Long Barrow lies near both Addington Long Barrow and Coldrum Long Barrow on the western side of the river, and was built on land previously inhabited in the Mesolithic period. It consisted of an earthen mound, estimated to have been 15 metres (50 feet) in length, with a chamber built from sarsen megaliths on its eastern end. Human remains placed within this chamber during the Neolithic period were found alongside pottery sherds, stone arrow heads, and a clay pendant. The mound gradually eroded away and was gone by the twentieth century, leaving only the ruined stone chamber.
Google’s European Search Menu Draws Interest of U.S. Antitrust Investigators
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Tech Is Global. Right?
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mercredi 3 juin 2020
Lythronax
Lythronax.
Lythronax is a genus of tyrannosaurid dinosaur that lived in North America around 80.6–79.9 million years ago. Size estimates for Lythronax have ranged between 5 and 8 m (16 and 26 ft) in length, and between 0.5 and 2.5 t (1,100 and 5,500 lb) in weight. It was a heavily built tyrannosaurid; as a member of that group, it would have had small, two-fingered forelimbs, strong hindlimbs, and a very robust skull. The rear part of the skull of Lythronax appears to have been very broad, with eye sockets that faced forwards like those of Tyrannosaurus. Lythronax is the oldest known member of the family Tyrannosauridae, and it is thought to have been more basal than Tyrannosaurus. Due to its age, Lythronax is important for understanding the evolutionary origins of tyrannosaurids, including the development of their anatomical specializations. The forward-facing eyes of Lythronax gave it depth perception, which may have been useful during pursuit predation or ambush predation.
Lythronax is a genus of tyrannosaurid dinosaur that lived in North America around 80.6–79.9 million years ago. Size estimates for Lythronax have ranged between 5 and 8 m (16 and 26 ft) in length, and between 0.5 and 2.5 t (1,100 and 5,500 lb) in weight. It was a heavily built tyrannosaurid; as a member of that group, it would have had small, two-fingered forelimbs, strong hindlimbs, and a very robust skull. The rear part of the skull of Lythronax appears to have been very broad, with eye sockets that faced forwards like those of Tyrannosaurus. Lythronax is the oldest known member of the family Tyrannosauridae, and it is thought to have been more basal than Tyrannosaurus. Due to its age, Lythronax is important for understanding the evolutionary origins of tyrannosaurids, including the development of their anatomical specializations. The forward-facing eyes of Lythronax gave it depth perception, which may have been useful during pursuit predation or ambush predation.
Early Facebook Employees Disavow Zuckerberg’s Stance on Trump Posts
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TikTok (Yes, TikTok) Is the Future
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Snap Says It Will No Longer Promote Trump’s Account
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E-Bikes Are Having Their Moment. They Deserve It.
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mardi 2 juin 2020
Sega
Sega.
Sega is a Japanese video game developer and publisher headquartered in Shinagawa, Tokyo. It was founded by Martin Bromley and Richard Stewart on June 3, 1960; shortly after, the company acquired the assets of its predecessor, Service Games of Japan. Sega developed its first coin-operated game, Periscope, Following a downturn in the arcade business in the early 1980s, Sega began to develop video game consoles, starting with the SG-1000 and Master System, but struggled against competitors such as the Nintendo Entertainment System. Sega released its next console, the Sega Genesis, in 1988; it found success outside Japan after the release of Sonic the Hedgehog in 1991. In 2001, Sega stopped manufacturing consoles to become a third-party developer and publisher, and was acquired by Sammy Corporation in 2004. Sega produces multi-million-selling game franchises, including Sonic the Hedgehog, Total War, and Yakuza, and is the world's most prolific arcade game producer.
Sega is a Japanese video game developer and publisher headquartered in Shinagawa, Tokyo. It was founded by Martin Bromley and Richard Stewart on June 3, 1960; shortly after, the company acquired the assets of its predecessor, Service Games of Japan. Sega developed its first coin-operated game, Periscope, Following a downturn in the arcade business in the early 1980s, Sega began to develop video game consoles, starting with the SG-1000 and Master System, but struggled against competitors such as the Nintendo Entertainment System. Sega released its next console, the Sega Genesis, in 1988; it found success outside Japan after the release of Sonic the Hedgehog in 1991. In 2001, Sega stopped manufacturing consoles to become a third-party developer and publisher, and was acquired by Sammy Corporation in 2004. Sega produces multi-million-selling game franchises, including Sonic the Hedgehog, Total War, and Yakuza, and is the world's most prolific arcade game producer.
Suit Claims Google’s Tracking Violates Federal Wiretap Law
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Lawsuit Says Trump’s Social Media Crackdown Violates Free Speech
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Zuckerberg Defends Hands-Off Approach to Trump’s Posts
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Protests Captured Unfiltered
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lundi 1 juin 2020
Adore (The Smashing Pumpkins album)
Adore (The Smashing Pumpkins album).
Adore is the fourth studio album by the American alternative rock band The Smashing Pumpkins (vocalist Billy Corgan pictured), released on June 2, 1998, by Virgin Records. After the multi-platinum success of Mellon Collie and the Infinite Sadness and subsequent tour, the Pumpkins' follow-up album was highly anticipated, but drummer Jimmy Chamberlin had left the band, and the recording of Adore was challenging. The album featured a more subdued and electronica-tinged sound than the band's previous work; Greg Kot of Rolling Stone magazine called it "a complete break with the past". Sales for the album were far less than for the band's previous two albums, but it became the third straight Pumpkins album to be nominated for the Grammy Award for Best Alternative Music Performance. It was well received by critics, and has gained a cult following. A remastered and expanded version of the album was released on CD, vinyl and other formats in September 2014.
Adore is the fourth studio album by the American alternative rock band The Smashing Pumpkins (vocalist Billy Corgan pictured), released on June 2, 1998, by Virgin Records. After the multi-platinum success of Mellon Collie and the Infinite Sadness and subsequent tour, the Pumpkins' follow-up album was highly anticipated, but drummer Jimmy Chamberlin had left the band, and the recording of Adore was challenging. The album featured a more subdued and electronica-tinged sound than the band's previous work; Greg Kot of Rolling Stone magazine called it "a complete break with the past". Sales for the album were far less than for the band's previous two albums, but it became the third straight Pumpkins album to be nominated for the Grammy Award for Best Alternative Music Performance. It was well received by critics, and has gained a cult following. A remastered and expanded version of the album was released on CD, vinyl and other formats in September 2014.
Twitter Places Warning on Congressman’s Tweet for Glorifying Violence
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‘All of It Is Toxic’: Misinformation About Protests Surges Online
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The Power of Bearing Witness
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Facebook Employees Stage Virtual Walkout to Protest Trump Posts
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dimanche 31 mai 2020
SMS Kaiser Wilhelm der Grosse
SMS Kaiser Wilhelm der Grosse.
SMS Kaiser Wilhelm der Grosse was a German pre-dreadnought battleship of the Kaiser Friedrich III class, built as part of a program of naval expansion under Kaiser Wilhelm II. She was laid down in January 1898, launched in June 1899, and completed in May 1901, and was armed with a main battery of four 24-centimeter (9.4 in) guns in two twin gun turrets. The vessel served in the Home Fleet and later the High Seas Fleet for the first seven years of her career, participating in training cruises and maneuvers. Placed in reserve in 1910, the battleship was returned to active service in 1914 at the outbreak of World War I, tasked with coastal defense in the North Sea. The ship was deployed briefly to the Baltic but saw no action. In 1915, Kaiser Wilhelm der Grosse was again withdrawn from service and relegated to secondary duties as a depot ship in Kiel and then a torpedo target ship. The vessel was sold for scrapping and broken up in 1920. (This article is part of a featured topic: Battleships of Germany.)
SMS Kaiser Wilhelm der Grosse was a German pre-dreadnought battleship of the Kaiser Friedrich III class, built as part of a program of naval expansion under Kaiser Wilhelm II. She was laid down in January 1898, launched in June 1899, and completed in May 1901, and was armed with a main battery of four 24-centimeter (9.4 in) guns in two twin gun turrets. The vessel served in the Home Fleet and later the High Seas Fleet for the first seven years of her career, participating in training cruises and maneuvers. Placed in reserve in 1910, the battleship was returned to active service in 1914 at the outbreak of World War I, tasked with coastal defense in the North Sea. The ship was deployed briefly to the Baltic but saw no action. In 1915, Kaiser Wilhelm der Grosse was again withdrawn from service and relegated to secondary duties as a depot ship in Kiel and then a torpedo target ship. The vessel was sold for scrapping and broken up in 1920. (This article is part of a featured topic: Battleships of Germany.)
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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samedi 30 mai 2020
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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May 31, 2020 at 03:48AM
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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May 31, 2020 at 01:26AM
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May 31, 2020 at 03:48AM
British hydrogen bomb programme
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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May 31, 2020 at 01:26AM
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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May 31, 2020 at 01:26AM
British hydrogen bomb programme
British hydrogen bomb programme.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
The British hydrogen bomb programme was the ultimately successful British effort to develop thermonuclear weapons. The successful test of an atomic bomb in Operation Hurricane in 1952 made Britain a nuclear power, but hopes that the United States would be sufficiently impressed to restore the Special Relationship were soon disappointed. In 1954, Cabinet agreed to proceed with the development of the hydrogen bomb. The scientists at the Atomic Weapons Establishment did not know how to build one, but produced three designs: Orange Herald, a large boosted fission weapon; Green Bamboo, an interim design; and Green Granite, a true thermonuclear design. The first series of Operation Grapple tests (newsreel featured) were hailed as a success, but Green Granite was a failure. In November 1957, they successfully tested a thermonuclear design. Subsequent tests demonstrated a mastery of the technology. Together with the Sputnik crisis, this resulted in the 1958 US–UK Mutual Defence Agreement, and the Special Relationship was restored.
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