He is among the popular scientists of the world. A mob at the American Museum of Natural History banned past dioramas, glass displays, and wide-eyed security guards. Screams were heard as some runners fell. On reaching the lecture hall, the mob broke down the door. The date was January 8, 1930, and a film about Albert Einstein and his general theory of relation was on display at the New York Museum.
“Einstein is the last and only physicist to have become a household name,” said James O’Dwyer, a theoretical physicist at the University of Tucson in Maryland. Born in 1879 in Olm, Germany, Einstein was a passionate child. As a young man, he wrote a dissertation on magnetic fields. He married twice, the second time to his first cousin Elsa Leventhal. The marriage lasted until his death in 1936.
As a scientist, Einstein’s Watershed dates back to 1905, when he was working as a clerk in the Swiss Patent Office when he failed to obtain an academic position after earning a doctorate. In the same year, he published four of his most important articles. One of them described the relationship between matter and energy, summarized as E = MC2.
Born in 1867 in Warsaw, the capital of Poland, Maria Salomia Sklodoska faced some difficult obstacles due to the poverty of her gender and her family, which was facing a political crisis at the time. Her parents, who were deeply patriotic, lost most of their money to their homeland supporters in the struggle for independence from the polar, Russian, Austrian, and Prussian governments. Her father, a professor of mathematics and physics, and her mother, the headmaster of a prestigious boarding school in Russian-occupied Warsaw, instilled in her five children a passion for learning. He also persuaded them with a definition of Polish culture, which was discouraged by the Russian government.
Merri Currie is among the popular scientists. When Currie and her three sisters completed their formal education, they did not pursue higher education like their brother. The local university did not allow women to enroll, and their families did not have the money to send them abroad. Their only option was to get married or become a governess. Currie and her sister Bronisella found another way.
At the University of Paris, Currie was inspired by the French physicist Henri Baker. In 1896, he discovered that uranium contained something that looked very scary – but not much more – an X-ray, which was discovered just over a year ago. Surprised, Currie decided to explore uranium and its mysterious rays as a Ph.D. Article title.
Isaac Newton was born on Christmas Day, 1642. Never polite, they find history appropriate: a gift to humanity and science. A sick infant, its mere survival was a success. Just 23 years later, his alma mater Cambridge University and much of England closed due to the plague, Newton discovered the laws that are now named after him. Although a variable English scholar stopped publishing these results for decades, he hired Edmund, a friend, and comet explorer, to publish Raised Haley’s every effort. . Haley knew about Newton’s work.
He is also among the popular scientists. The former was with other scientists on the nature of planetary orbits. When Haley mentioned orbital distress, Newton immediately responded and startled his friend, who had acted long ago. It will take a long time to list his other scientific achievements, but the greatest achievements can include his work based on light and color.
Its development and refinement of reflective binoculars And other basic work in math and heat. He also engaged in biblical prophecies, practiced alchemy, and tried for years, and failed, to create the stone of philosophical philosophy. Alas, even Newton’s genius could not have made the impossible possible.
Charles Darwin would not have been the first guess for any revolutionary scientist. Darwin’s observations led him to a disturbing feeling – the ideas about the origins of Victorian animals were all wrong. Darwin’s observations revealed a completely different process. They noticed small differences between the same types of people depending on where they live.
Instead, he immersed himself in studying the patterns from his journey and writing an account of his journey. Darwin also married his first cousin, Emma Wedgwood, during this time. Not to mention the famous scientists – it was an extraordinary attraction among the fathers at that time.
Darwin gradually accumulated tremendous evidence for evolution 20 years after his journey. The 500-page book sold out immediately, and Darwin prepared six editions, each time adding and refining his arguments. In non-technical language, this book provides a simple discussion of how the vastness of the Earth’s surface has evolved.
Nikola Tesla grabbed his hat. He points his stick at Niagara Falls and points to visitors so he can look to the future. This bronze statue of the Tesla-Canada direction, standing on top of an induction motor, is the type of engine that ran the first hydroelectric plant.
Nikola is among the list of popular scientists. We owe our modern electric life to the lab experiments of a very Serbian-American engineer, born in 1856 in what is now Croatia. Its designs alternated the current at the beginning of the electric age and empowered American homes across the country, allowing the utility to send current over wide distances. He developed the Tesla coil – a high-voltage transformer – and the technique of wireless transmission without electricity. Cell phone makers (and others) are still using this idea.
In recent years, Tesla’s mystery has begun to eclipse its inventions. Attendees at the San Diego Comic-Con dressed in Tesla costumes. The world’s most famous electric car is named after him. The American Physical Society even has a Tesla comic book.
While his work was really talented, most of his magical fame was his own. Tesla claims he was using a small steam-powered electric generator he invented in the wake of an accidental earthquake in New York City. And Tesla hasn’t really discovered the current turn, as everyone thinks. It lasted for decades. But his unanimous ideas, inventions, and patents made Tesla a household name, a rarity for scientists a century ago. And even today, his legacy still shines. – Eric Butz
On December 1, 1609, the Italian mathematician Galileo Galilei pointed to a telescope on the moon and created modern astronomy. Subsequent observations made four satellites – a massive moon – orbiting Jupiter, and showed that the galaxy’s dark light shone with many dim stars. Galileo also found places of the sun on the surface of our star and discovered the phases of Venus, which confirms that the planet revolves around the sun in its orbit around the earth.
He is also among the list of popular scientists. Galileo’s work was not all staring at the sky, either: his study of falling corpses showed that objects falling at the same time would fall to the ground at the same time, leaving air resistance. Taxes – Gravity does not depend on its size. And the law of inertia itself allowed the earth to rotate.
English mathematicians will follow Galileo’s law of inertia because they set out a set of laws that engineers still use centuries later to carry spacecraft across the solar system, including NASA K. Galileo’s mission includes Jupiter. – E.B.
To say that she was ahead of her time would be an understatement. Ada Lovelace was the first computer programmer to make history – a full century since the advent of today’s computers.
She is among the popular scientists of the world. She could not have done this without the British mathematician, inventor, and engineer Charles Babbage. Their collaboration began in the early 1830s when Levilas was just 17 years old and is still known as Byron’s wrestler. Babbage devised plans for a vast machine he called the difference engine. It is basically a large mechanical calculator. In the middle of his work, young Lolis met Babbage at a party.
There, he showed an incomplete prototype of his machine. According to a family friend who was present: “While other visitors were looking at the layout of this beautiful device … it is said that some savages first saw the glass or heard the gun.” The young Miss Byron, as she were, understood his work, and saw the beauty of the invention.
In Babbage’s own words, Lovelace was a sorceress who threw her magical magic around the greatest abstraction of science and captured it with a force that brings some masculine intelligence. . . Could work on it – LS.
An instructor draws a right triangle on a blackboard to explain Pythagoras’ theory in middle or high school geometry memories. The lesson was that the square of the seed, or the longest side, is equal to the sum of the squares on the other sides. In simple words: a2 + b2 = c2. Following proof, other high school classes included levels of uncertainty, such as social sciences and English.
Pythagoras, 6th century BC The Greek philosopher and mathematician has been credited with inventing the theory and various proofs of his name. But forget about belief.
Nevertheless, we have enough news to make Pythagoras suspect that he was a great mathematician in ancient times. Its influence was wide and lasting. Theoretical physicist James Over wine sees an unbroken chain from Pythagoras to Albert Einstein, the work of maximizing space and time is called “physics as geometry.”
Even today, the sea of numerical formulas, usually on the blackboards of physicists, shows Pythagoras Maxim “everything is”, meaning that everything is explained, organized, and predicted in many cases through mathematics.
It all started in Sweden: a useful, user-friendly invention that took the whole world by storm. No, Ikea is not a wardrobe manager. We are talking about the binomial nomenclature system by Carl, which has given us a clear and common language.
He is also among the popular scientists. Linnaeus, a botanist capable of seeing details, first used what he called “short name” in the margin of his 1753 book Species Platinum. He intended to construct two Latin words as a kind of shorthand for each plant, an easy way to remember it.
“Today it reflects the adjective-noun structure in languages all over the world, which we know today as race and species,” Knap said of these common names. And then all the organisms moved quickly. Linnaeus started a revolution, but it was unintentional.
Today we consider Linnaeus to be the father of hierarchies, used to organize the whole world into evolutionary hierarchies, or family trees. But organized Sweden was more interested in naming things than in ordering them, as Charles Darwin emphasized in the next century. But its naming system, so simple and adaptable, remains.
In 1962, Francis Kirk, James Watson, and Morris Wilkins shared the Nobel Prize for explaining the double helix structure of DNA – apparently the greatest discovery of the 20th century. But no one mentioned Roseland Franklin.
Franklin, a British-born firebrand, was a perfectionist who worked in solitude. Jennifer Glenn wrote in My Sister Roseland Franklin, “She was thorny, not easily befriended, but when she did, she was outgoing and loyal.”
Franklin was also a brilliant chemist and master of X-ray crystal blogging, an imaging technique that reveals the molecular structure of matter based on the shape of scattered X-rays. And he has won three Nobel Prizes.
Franklin left Kings in 1953 in a planned move to join JD Bernal’s lab at Burkeback College, where he discovered the structure of the tobacco mosaic virus. Franklin worked in the lab until his death in 1958 at the age of 37.