There are a lot of important chemists that have made plenty of contributions to the world and, Joseph Swan is one of them. You may not have even heard of him before unless you are a very dedicated Chemist, Pharmacist, or are a electrician or photographer. If you haven’t then it’s okay because now you can say you have. There isn’t one single chemist that is unimportant but, I’m going to tell you why it is that Joseph Wilson Swan is still a relevant subject today in science. Swan was born at Pallion Hall in Sunderland, England on October 31st, 1828. His parents, John Swan and Isabella Cameron, allowed him to roam about Sunderland. Do to his freedom; he was able to see the development of his surrounding and to see the development of industries …show more content…
He left Sunderland and came to Newcastle in about 1845 to work with his sister’s (Elizabeth Swan) Husband. Swan’s work with light bulbs began in 1850 and in 1860 he finally developed a primitive electric light bulb that used a filament of carbonized paper in an evacuated glass bulb. Unfortunately, there were a few issues with it and the light bulb was inefficient but, it was a sign of his progress. In 1871, he devised a method of drying wet photographic plates after noticing that heat increased the sensitivity of the silver bromide emulsion. Swan also invented a better photo printing technique in 1864 with the “Carbon Cycle” and in 1879 with “Bromide Paper”. Swan eventually created a successful electric lamp in 1878 and was able to demonstrate in on December 18th of 1878 at the Newcastle Chemical Society. However, it ended up burning out after a few minutes. Joseph did not give up despite his failing trials. He kept working at it and after a few more demonstrations people fully understood what it was that Swan was trying to accomplish. They finally saw it as a possibility, as a reality. Other things about Joseph Swan that most people didn’t mention is that he was married twice and had quite a few kids with both wives. His first wife died in 1862 and then his sister-in-law became his new wife. Also, in 1904, he was knighted by King Edward VII which …show more content…
Most people only remember the fact that he created the first working incandescent light bulb, if they even know who he is to begin with. Though creating that light bulb was very important, it wasn’t the only thing that Swan accomplished. Today, we still use the Carbon Cycle and bromide paper. He helped improve printing photos by a lot. Also, he created a method of drying wet photographic plates. So, overall his creations were aimed toward photography and electricity but, they were very important to the entire world that is science. The thing about any invention is that the little things scientists find out about different chemicals, elements, tools, or anything they use can be helpful to other scientist in the future. That goes for all scientists, not just Swan. Another reason what he did was so important is because we still use his inventions today. I know that there are scientists out in the world that invent stuff that only help people for a short period until something better and new come along. Even though I know that every invention is needed to learn from, the goal of any invention is to solve problems and make things better. Swan’s inventions solved problems which is why they are still being used
“After having made a few preparatory experiments, he concluded with a panegyric upon modern chemistry, the terms of which I shall never forget: ‘The ancient teachers of this science,’ said he, ‘promised impossibilities and performed nothing. The modern masters promise very little; they know that metals cannot be transmuted and that the elixir of life is a chimera but these philosophers, whose hands seem
Born: Possibly end of May or early June between 1501 and 1507, specific date unknown. Probably born at Blickling (Norfolk).
Another idea and invention that Whitney proved was helpful was the use of interchangeable parts. He wanted a machine to make all the parts so that they would all be identical. The use of interchangeable parts would save time because everything would not have to be hand made. Also, more people could create these things that were previously handmade because now they would just have to operate a machine. Using interchangeable parts would also save money since it took less time to make, so you could sell them for less, but still make a
John Dalton was a British chemist born in 1766 in England to a Quaker family. His family was poor and he was homeschooled until at age 15. He and his brother ran a school. He had the biggest effect on the atom. He was the first to bring back the idea of an atom and prove it. One reason Dalton’s discovery is important is without it
While he was in Arizona he became fascinated by the Native American culture. He wrote about what he called the “True Colors” of the West. He stated that horses shadows were blue or a shade of Carmine. After a few months out West engulfing his life with Native and horse culture Harper's Weekly sent him out too South Carolina to focus on the Earthquake in 1886. 4 years later in 1890 he had acquired and made enough art to make his own show. It featured 21 of his own art pieces. By this time he had also created a reputation for himself that helped make his art pieces sell. His popularity got to him so much, he became extremely gluttonous and obesity became a major problem. He battled many health problems which in turn led to his early death on December 26, 1909 at the age of 48. Before his death though he was constantly on the move throughout the Wild West getting to know the natives and becoming engulfed into their culture. After he married his wife Eva they moved immediately to Kansas City where Frederic tried to make his way with a hardware business but it eventually failed. Eva moved back out East because she couldn’t handle the the rough and wild lifestyle the West had to offer. In 1890 after the one man art show Frederic out on his missed his beloved more than anything. So the couple decided to move to New Rochelle, New York in order to have nicer galleries and more living space for
because he made birth control pills and other things that made life easier . To become a chemist he had
In Shelley's Frankenstein, it's interesting to see how Mary Shelley both admires and despises science. When writing the novel, Shelley makes a point to note that Victor's idea to create life through inanimate body parts is noble and the science behind the idea could become a great scientific leap for mankind. On the other hand, Mary Shelley makes the point that Victor Frankenstein's life fell into turmoil and destruction from his obsession to obtain the power to create life. Through the many experiments his obsession brought him, Victor Frankenstein was able to create life, a feat that no man had yet been able to achieve. However in his haste, Victor created a monster rather than a human. The monster created by Victor can be considered as
electrocuted by the lightning but luckly and surprisingly it did not fry his bones. That
Born on January 4th, 1643 in Woolsthorpe, England, Isaac Newton was an established mathematician and physician. He is credited as one of the greatest minds of the 17th century Scientific Revolution. With his discoveries in optics, motion, and mathematics, Newton developed the principles of modern physics. He also shares credit with Gottfried Leibniz for the creation/development of Calculus.
The studies of chemistry and physics have shaped understanding of the world today. In fact, they have altered the mindset and reasoning of society, leading to an age in which discoveries are consistently being sought after and achieved. However, it must be noted that the origin for the basis of understanding used today in fields such as chemistry derived almost entirely from the scientists of the 1800’s. In this thorough and precise essay, the incubator for some of the world’s most innovative researchers and pioneers in chemistry and physics will be discussed – the Cavendish Laboratory.
Although it was in Nottingham where he finally laid his hat, he was born in Hull in 1813, the eldest of a remarkably large family. Perhaps his quick wit and penchant for performance was born out of necessity when faced with entertaining a horde of siblings, but it seems the family were drawn to the theatrical world, with all four sons who survived infancy going on to appear on stage or in the circus.
Galileo Galilei Galileo followed his families’ footsteps by studying medicine at the University of Pisa. Later, he was inspired to study time intervals. He convinced his father to let him change his study to mathematics and natural philosophy. Galileo created many things such as the thermo scope, the hydrostatic balance, and ideas for the pendulum clock. He succeeded in experiment, theory and mathematics.
Charles Dickens was born in Portsmouth England on February 7th, 1812. Charles parents John Dickens and Elizabeth Barrows were very poor. His father was a Navy Pay Clerk and his mother was a teacher and school director. Charles was the second of eight children. Two children, Alfred and Harriet both died at an early age, one died infancy and the other died in when she was only a child. Since their parents were low in money they had no choice but to move to Chatham, Kent in 1816. They had to move again in 1822 to a poor town called Camden Town. His father was still in serious debt and was forced into a debtors prison. When Charles was 12 years old, he was forced to leave school and work in a boot-blackening factory to help support his
Born on February 2nd, 1812, to John and Elizabeth Dickens, this Victorian novelist or rather the most magnificent novelist of the Victorian era is none other than Charles Dickens. Born in Portsmouth, England, he was the second child to Mr. and Mrs. Dickens. It's very important to throw some light on Charles Dickens early life because his early background of life serves as an interface between his works and the theme on which they were based on. To understand Charles Dickens's work and its allegory that he often uses, it's way important to go through his earlier content of life. Charles Dickens's life was nothing short of what he represents in his work. In a way, we can also say that whatever he depicts through his characters, his imagination
Joseph Niepce was born on March 7, 1765, Chalon-Sur-Saone and died on July 5, 1833, Chalon-Sur-Saone. He was a French inventor who was the first person to make a permanent photographic image. The son of a wealthy family suspected royalist sympathies, he fled the French Revolution but returned to serve in the French army under Napolean Bonaparte. Dismissed because of ill health, he settled near his native town of Chalon-Sur-Saone, where he remained engaged in research for the rest of his life. In 1807, Niepce and his brother Claude invented an internal – combustion engine which they called the Pyreolophore, explaining that the word was derived