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Nuclear Physics

The study of energy and matter leads to the study of the atom and its nucleus, which is called nuclear physics. If you're interested in how the very small can affect the very large, learn about an education and careers in nuclear physics here.

Inside Nuclear Physics

Nuclear physics investigates the basic physical constituents of atomic nuclei. It attempts to understand the relationships between the particles that make up atoms, as well as their creation and decay. According to the nuclear physics branch of the American Physical Society, nuclear physics not only continues to be a critical and vibrant branch of academic physical research, but has directly led to developments in medicine, national security and energy production (www.aps.org). Nuclear physics knowledge is critical to applied science, as well, primarily in the field of nuclear engineering.

Education Information

There is a range of educational and vocational paths that require knowledge of nuclear physics. Bachelor's degrees in nuclear engineering cover the basics of both theory and practice necessary to design technology to safely and efficiently handle nuclear processes. Advanced degrees, such as a Master of Engineering degree, are available for engineers looking to broaden their current knowledge base to include additional, specific technologies. Individuals interested in teaching at the postsecondary level or conducting advanced research in nuclear engineering can pursue a Ph.D. Whether you are interested in a strictly research-oriented career, or a more specialized one in, for example, nuclear engineering, the correct degree is necessary for vocational success. Here are a few of your options to look over.

Distance Learning Options

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