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cragar
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Can you do nuclear physics research with a degree in nuclear engineering?
It is possible, but difficult without taking physics courses. Typically, nuclear engineering programs do have introductory physics requirements, then introductory courses in modern and nuclear physics (may include introductory QM/QP and SR), and radiation/shielding.cragar said:Can you do nuclear physics research with a degree in nuclear engineering?
One should take physics courses.cragar said:what if I wanted to go to grad school in nuclear engineering but blend more nuclear physics into it. Could i just take more physics classes?
Yes, but one does a bit more than must nuclear physics in grad school, although one might specialize in nuclear physics.cragar said:Is it possible to go to grad school and just study nuclear physics
The level of physics in a nuclear engineering department depends on the faculty, which may include physicists. At Texas A&M, one could learn about and use a small particle accelerator because one of the profs had a physics/engineering physics background, and he built a small linear accelerator. Otherwise, one had to go through the physics department.Hercuflea said:I visited the cal berkeley nuclear engineering department. There is some nuclear physics research going on there because the chair of the department is actually a nuclear physicist from MIT
cragar said:ok cool, Let's say you wanted to make a better fusion reactor it seems like physics research would go hand in hand with that.
cragar said:what if I wanted to go to grad school in nuclear engineering but blend more nuclear physics into it. Could i just take more physics classes?
Nuclear engineering is a field of science that deals with the study, design, and application of nuclear processes, such as nuclear fission and fusion, to produce energy, materials, and devices. It involves the use of nuclear reactions and radiation to create systems and devices that benefit society in various ways.
Nuclear engineering primarily focuses on the practical applications of nuclear processes, while nuclear physics focuses on the fundamental theories and principles behind these processes. Nuclear engineers use their knowledge of nuclear physics to design and develop technologies that use nuclear reactions, while nuclear physicists focus on understanding the laws and properties of nuclear interactions.
Nuclear engineering research involves studying and developing new technologies and processes related to nuclear power generation, nuclear medicine, nuclear waste management, and nuclear materials. This research helps to improve the safety, efficiency, and effectiveness of nuclear technologies and their applications.
To become a nuclear engineering researcher, you typically need to obtain a degree in nuclear engineering or a related field, such as mechanical engineering, electrical engineering, or physics. Many researchers also pursue advanced degrees, such as a Master's or Ph.D., to further specialize in a specific area of nuclear engineering. Gaining experience through internships or working in a research laboratory is also beneficial for becoming a nuclear engineering researcher.
Nuclear engineering research involves working with radioactive materials and processes, which can pose potential risks to both researchers and the environment if not handled properly. However, strict safety protocols and regulations are in place to minimize these risks. Additionally, nuclear engineering research has led to significant advancements and innovations in various fields, such as energy production and medical treatments, which have greatly benefited society.