Niels Bohr was a man born in Copenhagen in 1885, on October 7. Niels Henrik David Bohr was already able to exert a strong influence on the scientific community. Bohr grew up in an educated family, where his parents always made him study and work hard to do his best all the time. His father, Christian, was a professor of physiology where he taught at the University of Copenhagen. Say no to plagiarism. Get a tailor-made essay on “Why Violent Video Games Should Not Be Banned”?Get the original essay Niels' mother, Ellen Adler, also came from a family that was strong and determined in the field of education. His father, Christian, was instrumental in opening minds to his immense interest in physics while he was still at school. After matriculation (an exam you take to be able to enroll in a college or university, today's SAT and ACT) at Gammelholm Grammar School in 1903, Niels enrolled at the University of Copenhagen. There he followed the guidance of Professor C. Christiansen, who was an original and highly endowed physicist. He received his doctorate in 1911 and his master's degree in physics in 1909. This was definitely the start of his career, and from there he only grew more each day in his knowledge and as a person in general. In the 20th century, he won a gold medal for the solution of a certain scientific problem, which then gave him the idea to embark on this experimental and hypothetical study of surface tension using oscillating jets of fluid. Bohr created the Bohr model, in which he located the energy levels of electrons assigned to a distinct entity and that the electrons surrounding the atom move in stable orbits around the atomic nucleus. These electrons can move from one energy level to a second or previous energy level. Although other models have replaced Bohr's model, its main ideas are still used today. He created the idea of ​​complementarity which says that elements can be verified distinctly by means of two distinct properties, which amounts to behaving like a wave or a flow of particles. Forex. the notion of complementarity invaded Bohr's thinking in both fields of philosophy and science. Bohr eventually gave birth to the Institute for Theoretical Physics. It can be found at the University of Copenhagen, which today would be called the Niels Bohr Institute. It was actually opened in 1920, under the name Bohr. Bohr taught and worked with important and influential physicists, including George de Hevesy, Hans Kramer, Werner Heisenberg, and Oskar Klein. He believed that this was the birth of this new and improved zirconium-like element, named hafnium (element number 72), after the Latin name for Copenhagen, where it was later discovered. In the future, the element Bohrium was eventually named in his honor. Hafnium comes from deep Latin roots. In the late 1930s, Bohr saved Jews from Hitler and his Nazis. After the Germans took Denmark, Bohr held a well-known conference with Heisenberg, who had by then become the leader of the German nuclear weapons project. By the end of 1943, word had spread and Niels finally learned that he was going to be detained by the Germans. So he obviously had to escape them. After discovering this information, he leaves for Sweden. Once there, Bohr was taken to England, where he was integrated into the British Tube Alloys nuclear weapons project. Here, Bohr played an important role in the Manhattan Project. After World War II ended, Niels wanted international cooperation in nuclear energy. Bohr was strongly associated with.