Studies & Degrees in Nuclear Physics

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The Chernabyl disaster would forever remind the world of the danger posed by nuclear power. Although the incident took place for over two decades since April 26, 1986, the environmental dilemma continued to haunt Belarus, Ukraine, and Russia not to mention the health issues, alongside. In fact, these particular spots are to be opened for tourism in 2011. Now people can readily see for themselves the grave devastation brought about by some form of technological plague. Consequently, it is significant to inquire on the fundamentals of Nuclear Physics to better understand this historical mishap that reached level seven of the International Nuclear Event Scale.

Isn’t it ironic that the Chernobyl explosion happened almost a century after the introduction of nuclear studies? Indeed, it was in late 19th century when Henry Becquerel discovered radioactivity that marked the commencement of nuclear physics inquiry. Not so long after such breakthrough, further studies triggered greater interests such as the discovery of electrons courtesy of J. J. Thompson’s experiment. In early 20th century, more relevant experimental ventures led to the development of this science. In the same way, it made remarkable contributions in the advancement of nuclear technology hence its many different applications in weaponry, archeology, medicine, etc.

Modern nuclear physics has become even more comprehensive considering the advancement of science and technology. In particular, the query on the atomic structure fascinated physicists as more and more discoveries have been revealed. For instance, the atomic model turned out very specific exhibiting not only atomic constituents but likewise their interaction. Some of the prominent frameworks include liquid drop model, shell model, and interactive boson model. All these are equally critical in the interpretation of nuclear physics fundamentals such as nuclear decay, nucleosynthesis, nuclear fusion, and nuclear fission. As powerful as these components sound, this scientific expertise demands responsible scientific application attributed to its large scale implication.

Nuclear Physics course programs are offered in many different colleges and universities all over the globe. More often than not, it is under the College of Science specifically Department of Physics. In the United States, it is readily tendered in 44 universities such as Purdue University, Stony Brook University, University of Michigan, and University of Illinois. Similarly, it is accessible in United Kingdom’s top universities such as Nottingham Trent University, University of Central Lancashire, University of Liverpool, and University of West Scotland. Best thing is that, it has equally competitive academic programs both in graduate and undergraduate schools.

The extensive array of Nuclear Physics technology simply implies the extent of career opportunities available to graduates. Among others, research is likely to be the most attractive field of employment considering the international demand for in depth inquiry on nuclear technologies. Great news is that nuclear research is widespread in several industries such as medicine, weaponry, carbon dating, etc. Educational institutions are likewise considered as ideal venue to land a job since majors of this particular discipline are fit to teach Nuclear and General Physics across all levels in the academe. Other job posts include site officer, field security administrator, staff scientists, etc.