Diving in Deep Water
The first jump to a detail of a million legs was made in 1962 by Hannes Keller, an ebullient twenty-eight-year-old Europe math wizzard who used half-rimmed cups and consumed a container of Coca-Cola in the morning hours for morning hours meal. With that jump Keller split a history he had set himself one season previously, when he temporarily originated to 728 legs. How he conducted these delves without eliminating himself was a carefully covered key. At the time, it was commonly considered that no human being could securely jump to absolute depths beyond three number of legs. That was because, beginning at a detail of one number of legs, a scuba diver respiration clean air begins to lose his mind.
This condition, nitrogen narcosis, is also known as the Martini Effect, because the scuba diver seems as if he has intoxicated a martini on an vacant stomach—the computation is one martini for every additional 50 legs of detail. But an even greater risk to the scuba diver is the turns, a symptom of decompression illness that happens when nitrogen gas saturates the blood and cells. The problem is not in the nice, but the climb. As the scuba diver profits to the outer lining area, the nitrogen pockets increase in size, accommodations in the joint parts, bloodstream, body parts, and sometimes the mind or backbone, where they can cause pain and possibly loss of life. The further a scuba diver descends, the more gradually he must go up to prevent the turns.
In 1956 a Elegant Fast boatswain had efficiently dove to six number of legs, respiration an assortment of helium and clean air to prevent nitrogen narcosis, but he took 12 hours to reappear. Keller, by evaluation, came back to the outer lining area after his first history jump in less than an hour. He featured of using “secret” mixes of fumes for his marine respiration equipment, with different mixes designed for different absolute depths, but would not reveal actual numbers. After an manager from Life, who had associated Keller on his 728-foot jump, had written an article about their success, the US Fast took interest. So did the Spend Oil Company.
This condition, nitrogen narcosis, is also known as the Martini Effect, because the scuba diver seems as if he has intoxicated a martini on an vacant stomach—the computation is one martini for every additional 50 legs of detail. But an even greater risk to the scuba diver is the turns, a symptom of decompression illness that happens when nitrogen gas saturates the blood and cells. The problem is not in the nice, but the climb. As the scuba diver profits to the outer lining area, the nitrogen pockets increase in size, accommodations in the joint parts, bloodstream, body parts, and sometimes the mind or backbone, where they can cause pain and possibly loss of life. The further a scuba diver descends, the more gradually he must go up to prevent the turns.
In 1956 a Elegant Fast boatswain had efficiently dove to six number of legs, respiration an assortment of helium and clean air to prevent nitrogen narcosis, but he took 12 hours to reappear. Keller, by evaluation, came back to the outer lining area after his first history jump in less than an hour. He featured of using “secret” mixes of fumes for his marine respiration equipment, with different mixes designed for different absolute depths, but would not reveal actual numbers. After an manager from Life, who had associated Keller on his 728-foot jump, had written an article about their success, the US Fast took interest. So did the Spend Oil Company.
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