Physics has become more than the basic science that brings us closest to comprehending the universe and the laws of nature.  It is also the foundation for a technological economy built on lasers, fiberoptics, semiconductor devices, advanced materials, and a vast array of other innovations.  This means that an education in physics gives you the chance to help construct the future while gaining a deeper understanding of the natural world. 

Our physics students go on to do research engineering and systems development in industry, or to study advanced physics, materials science or engineering in graduate school.  Some have received degrees in medicine, which depends on applied physics more and more.  In other fields as well, knowledge of physical principles and a command of scientific thinking have become essential.  Business and government need analysts and managers to master complex systems from telecommunications to global warming.  At the heart of such questions are the principles and processes of physics. 

We believe that these changing factors make physics one of the "new liberal arts”.  The physics curriculum is an opportunity to learn the power and processes of scientific thinking, to build a respect for evidence and see the consistency of natural law.  Physics students hone their scientific knowledge and mathematical skills as a basis for many diverse endeavors. 

Our BS and BA programs are designed to prepare students to meet these challenges.
Our graduates master techniques that let them attack meaningful problems in pure or applied physics.  They work with contemporary research-grade equipment to learn experimental data analysis and build their computational and laboratory capabilities.  We expect our graduates to communicate effectively with other students and professionals, and to work effectively as members of a team.

The BS program imparts these strengths at a level expected for technical or professional responsibility in industrial, academic or governmental positions.  Graduates of the BA program can contribute sound scientific perspectives wherever the impact of physics and technology are felt.

Please contact Prof. James Dolan at 203-392-6453 or dolan@scsu.ctstateu.edu if you have any questions or to arrange a visit to the department.