Niels Bohr

After Germany was occupied in 1945, Bohr started his Manhattan project after escaping from Denmark to Sweden. Initially he was taken to London to cooperate with the UK pipeline alloy nuclear weapons development team. Bohr was eventually brought to the United States and served as a knowledgeable adviser to Los Alamos as a pseudonym Nicolas Baker.

In the next two years, he came back and forth between London, Washington, and Los Alamos. During and after the Manhattan Project, Bohr supported the peaceful use of nuclear energy and the openness of the state in nuclear weapons.

Boer traveled to the UK to work with J.J. in 1911. Thomson at the Cavendish Laboratory received an invitation to work with Ernest Rutherford but could not impress him through his experiments. He adapted Rutherford's nuclear structure to Max Planck's quantum theory and created the Bohr model which is the most widely accepted atomic model. In 1922 Boer was awarded the Nobel Prize for Physics to his research and his contribution to atomic structure. For details on his scientific research and achievements, please visit the Nobel Prize website.

Niels Bohr, perfectly Niels Henrik David Bohr, (born in Copenhagen, Denmark, Copenhagen, 17th October 1885, Copenhagen, Copenhagen, 1862), is considered one of the most important physicists in the 20th century in general It is one. He is the first quantum concept to apply quantum concepts to atomic and molecular structural problems, limiting the energy of the system to discrete values. For this work, he received the Nobel Prize in Physics in 1922. His many roles in the origin and development of quantum physics may be his most important contribution, but through his long career his participation is very extensive both inside and outside of the world. Physics

The three great giants of the 20th century physics - Neilsbour, Werner Heisenberg, Wolfgang Poly - play an important role in the development of the interpretation of quantum mechanics in Copenhagen. Poly had to mediate between Bohr and Heisenberg (who worked at Boer Laboratories). Because they did not know much about how the quantum field was interpreted. In frustration with attempts to explain the neutron capture of other physicists, Boer developed a complex nuclear theory in 1934 and 1935. And it was announced in 1936. His idea is that when a neutron enters the nucleus it collides repeatedly with many existing neutrons and protons, not just one of them. As a result, a semi-stable composite core is obtained. Due to the collision, the nucleus becomes a high energy state and loses this energy in various ways, such as losing neutrons and releasing gamma rays.