In addition to this broad theory, Hawking studies more specific parts of the universe, mainly black holes. He researches singularities of black holes, which are places where “the curvature of space and time become infinite and Einstein’s general relativity is of no use in describing space and time” (“Hawking Makes Pioneering Discoveries” 3). According to Stephen Hawking, the big bang was a singularity, and thus understanding singularities could help scientists answer the age-old question of what the beginning of our universe looked like (49). Lastly, Hawking’s work has won him worldwide recognition and praise. He has been called “the most brilliant theoretical physicist since Albert Einstein,” and has won numerous awards such as the Royal Society’s Copley Medal and the Albert Einstein award (“Stephen Hawking” World of Physics 1-3).
However, he made a new diagram about the activity of photoelectric particles that public can easily understand. Feynman’s research career was made up with full of a persistent attitude of questioning– in the field of quantum physics, astronomy, and military science. He started his own research by having questions about simplifying previous academic papers written by Bohr, Einstein, and Heisenberg.
John Dalton and his brother Jonathan were both born colorblind; this led him to begin research when is where he found that it was hereditary. Before his death Dalton requested that when he died that his eye be tested, this test proved that colorblindness was not caused by a single eye itself, it was caused by a deficient sensory power. Remember when I mentioned that John Dalton was one of the many scientist that contributed to the understanding of an atom? Well the theory he had was that elements are made of small particles, these particles were atoms! He theorized that they cannot be destroyed or better yet created by mankind themselves.
Turing continued to show remarkable abilities of him in the studies he loved the most solving advanced problems in 1927 without having studied even elementary calculus. In 1928 at the age of 16 Turing encountered Albert Einstein's work not only did he grasp it but he might even have deduce Einstein's questioning of Newton's laws of motion from a text in which this was never made explicit. At Sherburne Turing formed an important friendship with fellow pupil Christopher Morcom, He was described as Turing's "first love". Their relationship provided inspiration in Turing's future endeavours, but it was cut short by Morcom's death, in February 1930, from complications of bovine tuberculosis, contracted after drinking infected cow's milk some years previously. The event caused Turing great sorrow.
A very famous example of this context belonged Robert Andrews Millikan. He had an important role in science history with his works about electrons and his famous experiment. He was a professor in Caltech and first Nobel laureate for Caltech. Despite his career and well-known name, after his and his assistant’s death, some actions and notes which obviously conflict Ethical values, were revealed. Before his oil droplets experiment, there was research in the science world about quantum and microparticles.
Throughout his life, Albert was a physicist, scientist, educator, and author. A lot of Einstein’s popularity came from his books. One of his most famous books was “The World as I See It”, which was published in 1934. Einstein also taught at universities around the world, including Princeton (Encyclopedia). In 1929, he won the Nobel Prize for his article, “On the Movement of Small Particles Suspended in a Stationary Liquid Demanded by the Molecular-Kinetic Theory of Heat” (How I See the World).
Religion has been an integral part of society, pre-historic research speculating it to pre-date written history which is 5000 years old. The Earth is a fascinating place, and its life forms never cease to amaze us, even with heavy scientific research explaining them to us. Rain still feels like a miracle rather than a process and rainbows a blessing from heaven than merely a reflection of light. We can only imagine how eerie these natural phenomena felt in a society with no science. The belief in a supernatural power became the explanation for natural scientific processes.
Bohr’s atomic model was one of the best created and devised scientific models of the atom in his lifetime considering it brought a large amount of new knowledge to the scientific community. For the previous reasons that are stated above they show why his model of the atom and how everything works together couldn’t necessarily be the correct model because it didn’t follow the previous rules that were discovered and tested on the atom that were found to be
Sir Isaac Newton born in January 4, 1643 and he died in March 31, 1727 was an English physicist, philosopher, inventor, alchemist and mathematician, he described the law of universal gravitation and established the bases of the Classic Mechanics by means of the laws that take its name. The other scientific discoveries that he have are the work on the nature of light and optics and the development of mathematical calculus but I’m doing this proyect for writing about the three laws of motion so I just goin to write a little about the things he did in his live. Newton was the first to demonstrate that the natural laws governing motion on Earth and those governing the motion of celestial bodies are the same. He is described as the greatest scientist
Ramanujan- The greatest mathematician of all time. Is it possible that a person with no formal education in mathematics to discover so many theories and make a huge breakthrough in the field of mathematics? Can a person be immensely obsessed with mathematics that he would try to find more theorems and equations even before his last breath, lying in his death bed? Can a clerk be a Fellow of the Royal Society in Cambridge? Well, these questions can be answered yes, thanks to the incredible mathematician Srinivasa Ramanujan.