The cornerstone of Edison's scientific approach was his patience for trial and error experimentation. Although known as a weak method, one which can fundamentally be applied to any type of problem, the process of trial and error served as the foundation of all Edison's inventions. In many cases, he would notice a problem or a lack with a present device; from this, Edison would test various methods to eliminate this problem or fill the need. His inventions of the improved telegraphing methods, stock tickers, electric light bulbs, batteries, and many more demonstrate this. Edison summed up his own personal feelings about thinking and creativity when he said, "genius is 1% inspiration and 99% perspiration. " This is truly a work ethic he followed as demonstrated by his hard work and dedication to inventing. Even still, many of Edison's assistants refuted this statement with their own lack of intuitiveness, ingenuity, and invention.

as to get it done with marvelous quickness and great accuracy. Mr. Batchelor was

Schwalbe, David. American History: Thomas Alva Edison.

Born on February 11, 1847 to Samuel and Nancy Edison, Thomas spent the first seven years of his life in Milan, Ohio, his place of birth. In 1854, opportunity took the Edison family to Port Huron, Michigan, a city twice the size of Milan. Edison's formal education ended after only three months of private schooling; he "responded poorly to the regimented atmosphere of the school," which caused some to see Edison as a "problem child. " However, Edison's mother, a former school teacher, began educating Thomas at home. Edison credits some of his creativity to his non-formal education, claiming that formal education,

People knew that electric signals could be sent along wires, but they also realized that electric current could be used to generate heat. With the appropriate resistance, intense heat could be generated to produce light. The first to know and demonstrate this discovery was Sir Humphry Davy in 1808. By connecting two charcoal rods to the two terminals of the battery and moving these rods close to one another, "a dazzlingly brilliant ray of light formed between them. " The evolution of cheaper power sources and materials increased the feasibility of this arc lighting system. Several advancements were made with the arc lighting, however all were too powerful for domestic use.

Pine torches, however, still filled the larger rooms of temples and palaces as they gave out more than ten or twenty times as much light as a lamp. By the end of the second century A.D., the Romans began to soak flax strings in tallow or beeswax, but candles held a high price. Until the nineteenth century, many improvements were made upon the wax candle, but even then, many rooms were still dimly lit.

Even with the success of the cotton thread, Edison continued to seek better filaments for his lamp. He captured public attention by sending his men to various locations all over the world, testing bamboo from Japan and exotic plants from the Amazon and Sumatra. In the end, Edison had tested over 6,000 types of vegetation.

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Approximate Pages = 19 (250 words per page double spaced)