It was the trial of the century. The year: 1851 - in Trenton, New Jersey. A bitter fight has erupted for the patent on a pioneering discovery. The newspapers and countless sensation seekers are following the spectacle.
Charles Goodyear is fighting for the rights to his life's work: to be called the father of vulcanization. Is he the only one to have transformed natural latex into usable rubber?
Latex was known ever since Columbus discovered the New World. Ca-hu-chu or Ca-ou-chuk was the name given to this milky substance from the rubber tree by the Indios of southern and central America. The word meant "tears of the weeping tree." The Aztecs of Mexico played with rubber balls and burned small rubber figurines at religious ceremonies. The Spanish conquistadors impregnated their coats with the juice. But it took until the 19th century before a real rubber boom set in. In the harsh climates of North America, however, the material was difficult to use. In winter, in grew brittle from the cold and in the hot summers it became tough and sticky and lost its form.
Charles Goodyear dedicated his life to taming this material. His search for the black formula would take decades. His family was burdened with endless privations. It was an odyssey that earned him the ridicule of society and numerous stints in debtor's prison. And when he finally achieved his goal, with the formula in hand, he had to defend his patent against the criminal machinations of greedy businessmen.
Goodyear's recipe for rubber had a tremendous impact on civilization, comparable to the discoveries of how to convert iron to steel or crude oil to gasoline. Today's mobile society and its most valuable industry - auto manufacturing - would not be what it is now without this revolutionary invention.
Mission X examines the dramatic circumstances of Goodyear's life and re-enacts the experiments, step-by-step, that led to his trailblazing success. Without rubber, our modern age is unthinkable: airplane tires, for example, that in fractions of a second accelerate to 250 kilometers an hour and must withstand scorching heat up to 120 degrees centigrade. No other material on earth could take this kind of punishment. But it was Charles Goodyear's process of vulcanization that first gave latex the necessary properties.
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