Edison Scientist Quotes

All of us,' he said, 'have hopes of being poet, artist, discoverer, philospoher, scientist; of possessing the attributes of all these simultaneously. Few are permitted to achieve any of them in daily life. But in travel we attain them all. Then we have our day of glory, when all our dreams come true, when we can be anything we like, as long as we like, and, when we are tired of it, pull up stakes and move on. Travel -- the solitude of the mountains, the emptiness of the desert, the delicacy of the minaret; eternal change, limitless contrast, unending variety.' (Eric Lang)

As a writer, politician, scientist, and businessman, [Ben] Franklin had few equals among the educated of his day—though he left school at ten. (...) Boys like Andrew Carnegie who begged his mother not to send him to school and was well on his way to immortality and fortune at the age of thirteen, would be referred today for psychological counseling; Thomas Edison would find himself in Special Ed until his peculiar genius had been sufficiently tamed.

The attitude which the man in the street unconsciously adopts towards science is capricious and varied. At one moment he scorns the scientist for a highbrow, at another anathematizes him for blasphemously undermining his religion; but at the mention of a name like Edison he falls into a coma of veneration. When he stops to think, he does recognize, however, that the whole atmosphere of the world in which he lives is tinged by science, as is shown most immediately and strikingly by our modern conveniences and material resources. A little deeper thinking shows him that the influence of science goes much farther and colors the entire mental outlook of modern civilised man on the world about him.

Edison was not a loner. For the invention of the lightbulb, he had thirty assistants, including well-trained scientists, often working around the clock in a corporate-funded state-of-the-art laboratory!

The spirit of Edison, not Einstein, still governed their image of the scientist. Perspiration, not inspiration. Mathematics was unfathomable and unreliable.

Many of life’s failures are people who did not realize how close they were to success when they gave up. —Thomas Edison, inventor and scientist

Scientists, however, are still believed to be objective. No study of the lives of the great scientists will confirm this. They were as passionate, and hence as prejudiced, as any assembly of great painters or great musicians. It was not just the Church but also the established astronomers of the time who condemned Galileo. The majority of physicists rejected Einstein’s Special Relativity Theory in 1905. Einstein himself would not accept anything in quantum theory after 1920 no matter how many experiments supported it. Edison’s commitment to direct current (DC) electrical generators led him to insist alternating current (AC) generators were unsafe for years after their safety had been proven to everyone else.* ~•~

Thomas A. Edison told his associates that "Carver is worth a fortune" and backed up his statement by offering to employ the black chemist at an astronomically high salary. Carver turned down the offer. Henry Ford, who thought Carver "the greatest scientist living," tried to get him to come to his River Rouge establishment, with an equal lack of success. Because of the strangely unaccountable source from which his magic with plant products sprang, his methods continued to be as wholly inscrutable as Burbank's to scientists and to the general public. Visitors finding Carver puttering at his workbench amid a confusing clutter of molds, soils, plants, and insects were baffled by the utter and, to many of them, meaningless simpFcity of his replies to their persistent pleas for him to reveal his secrets. To one puzzled interlocutor he said: "The secrets are in the plants. To elicit them you have to love them enough." "But why do so few people have your power?" the man persisted. "Who besides you can do these things?" "Everyone can," said Carver, "if only they believe it.

Modern electrical power distribution technology is largely the fruit of the labors of two men—Thomas Edison and Nikola Tesla. Compared with Edison, Tesla is relatively unknown, yet he invented the alternating electric current generation and distribution system that supplanted Edison's direct current technology and that is the system currently in use today. Tesla also had a vision of delivering electricity to the world that was revolutionary and unique. If his research had come to fruition, the technological landscape would be entirely different than it is today. Power lines and the insulated towers that carry them over thousands of country and city miles would not distract our view. Tesla believed that by using the electrical potential of the Earth, it would be possible to transmit electricity through the Earth and the atmosphere without using wires. With suitable receiving devices, the electricity could be used in remote parts of the planet. Along with the transmission of electricity, Tesla proposed a system of global communication, following an inspired realization that, to electricity, the Earth was nothing more than a small, round metal ball. [...] With $150,000 in financial support from J. Pierpont Morgan and other backers, Tesla built a radio transmission tower at Wardenclyffe, Long Island, that promised—along with other less widely popular benefits—to provide communication to people in the far corners of the world who needed no more than a handheld receiver to utilize it. In 1900, Italian scientist Guglielmo Marconi successfully transmitted the letter "S" from Cornwall, England, to Newfoundland and precluded Tesla's dream of commercial success for transatlantic communication. Because Marconi's equipment was less costly than Tesla's Wardenclyffe tower facility, J. P. Morgan withdrew his support. Moreover, Morgan was not impressed with Tesla's pleas for continuing the research on the wireless transmission of electrical power. Perhaps he and other investors withdrew their support because they were already reaping financial returns from those power systems both in place and under development. After all, it would not have been possible to put a meter on Tesla's technology—so any investor could not charge for the electricity!

More daring, though, was Jung’s uninhibited interest in spiritualism, which by this time had become a controversial topic on both sides of the Atlantic, ever since 1848, when the Fox sisters of Hydesville, New York, discovered they could communicate with the spirit of a dead man. Soon after this, mediums, table turning, floating tambourines, ectoplasmic limbs, and a variety of other otherworldly phenomena became the focus of an international craze; the flood of disincarnate appearances led one investigator to speak of an “invasion of the spirit people.”7 Colorful characters like the Russian medium and mystic Helena Petrovna Blavatsky were involved, but also scientists and philosophers like William James, Oliver Lodge, William Crookes, and Frederick Myers. It is difficult for us today to realize that at the time, many of the most famous men and women in the world were involved in spiritualism, to one degree or another. Thomas Edison, for example, who joined Blavatsky’s Theosophical Society, hoped to be able to record spirits on his “Spirit Phone.” Yet, for all this, the reductionist thought that dominates the academic world today was already securely in place, and Jung was risking his future career by openly advocating the unbiased study of the paranormal.

Soon, there were other things that began to trouble Tyler. One type of experiment he and Erika were tasked with doing involved retesting blood samples on the Edisons over and over to measure how much their results varied. The data collected were used to calculate each Edison blood test’s coefficient of variation, or CV. A test is generally considered precise if its CV is less than 10 percent. To Tyler’s dismay, data runs that didn’t achieve low enough CVs were simply discarded and the experiments repeated until the desired number was reached. It was as if you flipped a coin enough times to get ten heads in a row and then declared that the coin always returned heads. Even within the “good” data runs, Tyler and Erika noticed that some values were deemed outliers and deleted. When Erika asked the group’s more senior scientists how they defined an outlier, no one could give her a straight answer. Erika and Tyler might be young and inexperienced, but they both knew that cherry-picking data wasn’t good science

Has any experimentation ever been done to verify the presence of the chakras? One would think the best way to detect if there are chakras is by having an expert (such as a yogi or a guru) activate them and you can place sensors near where the chakras are located to detect change in electromagnetic field that is said to accompany the activation of the chakras. The name of the first human to do so is someone you have probably heard of and who is one of the great western scientists who built the foundation for industrial revolution. His name is Nikola Tesla, the father of the alternating current (AC). Anyone who knows Tesla knows that, while Thomas Edison believed the future was direct current (DC); Tesla stuck to his guns and made all his bets on AC. He acquired several patents and helped pioneer many inventions in this field. Tesla proved to be correct in predicting the future. Tesla was far ahead of his time and greatly influenced by the Vedas and Upanishads so much so that he even named fundamental concepts in energy and matter using Sanskrit language the same language with which the Vedas and Upanishads were authored thousands of years back.

Thomas Edison is legendary for learning from his failures. So much so that he refused to even call them failures. In the 1890s, for example, Edison and his team were trying to develop a nickel-iron battery. Over the course of about six months, they created more than nine thousand prototypes that all failed. When one of his assistants commented that it was a shame they hadn’t produced any promising results, Edison said, “Why, man, I have gotten a lot of results! I know several thousand things that won’t work.” This was how Edison looked at the world—as a scientist, an inventor, and a businessman. It was this kind of positive mindset, this sort of brilliant reframing of failure, that led Edison to the invention of the lightbulb barely a decade earlier and to the thousand other patents issued to him by the time he died.

Every country has certain people who are visionaries, who have the gift to make things. Often these people are called “strivers”. In America, these strivers are celebrated: Thomas Edison, the Wright Brothers, Steve Jobs, etc. In Canada, we have no tradition for cultivating, protecting, and ultimately celebrating our strivers. It’s true that much attention is given to Frederick Banting and Charles Best, the two Canadian scientists who created synthetic insulin, but that’s the exception that proves the rule. It’s almost as if Canadian schools should have a Strivers Ed. Program. This is a fundamental difference between Canada and America.

Edison and a few others had been working on improvements to Alexander Bell’s initial “telephone” device. Tesla was attempting to make the devices work without the aid of any wires at all. One didn’t have to be much of a scientist to know that this was absurd. Even if by some miracle Tesla managed to make them function, who in the world would have any use for them?

Same with Edison and the lightbulb. A Russian scientist named Alexander Lodygin actually invented it, and Edison made it commercially viable.

Edison, the world's greatest inventor and scientist, was a "tramp" telegraph operator, he failed innumerable times before he was driven, finally, to the discovery of the genius which slept within his brain.