Tsar Bomba Radius Map Us

The restart of testing allowed Soviet weapons developers to explore a concept for producing a massive H-bomb substantially larger than the most powerful weapon in the US arsenal. In the terrifying logic of all-out nuclear war, possessing a high-yield H-bomb made theoretical sense. At the time, missiles capable of striking distant countries were in their infancy, and the Soviet Union lacked strategic bombers, according to Nikolai Sokov, a Vienna-based senior fellow affiliated with the Middlebury Institute of International Studies' James Martin Center for Nonproliferation Studies. In comparison, the US had a variety of aircraft capable of striking from bases conveniently located near Soviet territory.

Tsar Bomba (Russian: °-3414°; "Tsar of bombs") is the Russian designation for the AN602 hydrogen bomb, the most powerful nuclear weapon ever exploded. On October 30, 1961, it was tested, and it remains the most powerful artificial explosion in human history. It was also known as Kuz'kina Mat' (Russian: o 12° 14°, Kuzma's mother), alluding to Nikita Khrushchev's vow to display the US a "Kuz'kina Mat'" during the 1960 United Nations General Assembly. The Soviet Union developed the bomb, which had a yield of 50 megaton TNT (210 PJ). Only one official bomb of this sort was ever constructed, and it was exploded in the Novaya Zemlya archipelago, at Sukhoy Nos.

In October 1961, during the CPSU's 22nd Congress, General Secretary N.S. Khrushchev announced the planned test of the world's most powerful hydrogen bomb on 30 October 1961. (the number 100 megatons was stated). Indeed, a similar test was done in Novaya Zemlya, but with a yield of 58 Mt (according to some sources. When the test was announced to the nation's populace, the exact charge yield was not disclosed. Earthquake in San Francisco, 1909 600 megatons Hurricane Katrina wreaked havoc on the Gulf Coast in 2005, displacing 300 megatons Volcano Krakatoa 1883 200 megatons Tsunami in Sumatra, 2004 - 100 megatons Volcano Mount St. Helens 1980 25 megatons

Its yield of 50 megatons, or 5,000 kilotons, was equivalent to 3,800 Hiroshima bombs. According to the Comprehensive Test-Ban Treaty Organization's website, "the mushroom cloud reached a height of 60 kilometers [37 miles]." "Third-degree burns were conceivable hundreds of kilometers away. The ring of total devastation reached a radius of 35 kilometers [28 miles]." The Tzar Bomba's fireball spanned more than 5 kilometres. According to the Nukemap, a project of nuclear historian Alex Wellerstein, if the Tzar Bomba were dropped over Business Insider's Manhattan headquarters at 20th St and 5th Ave, the "radiation zone" in which between 50% and 90% of people would perish without medical assistance would stretch from north of Times Square to south of the Brooklyn Bridge, while the fireball would extend from Brooklyn Heights to the Natural History Museum:

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