Applied Physics Degree

Applied physics involves utilizing pure physics theory and applying it directly to a practical application. This utilization could solve an engineering problem or create a technological function. Applied physics may also result in the development of scientific instrumentation for other physicists to use.

The science of applied physics combines engineering and physics. This interdisciplinary approach of research and development in science is a growing trend as scientists realize the value of working together to solve problems and develop new theories. Applied physics provides the discovery and scientific theory behind many inventions actually created by engineers.

Many of the products we use daily resulted from applied physics. Computers, anything that is radio controlled and lasers on optical disk players are just a few examples applied physics in our everyday lives. Within the science community, superconductors, nanotechnology and particle accelerators offer examples of innovation through applied physics.

Applied physicists connect research-based theory to real-world problem solving. They directly affect manufactured goods related to biomedical technology, semiconductors and lighting and propulsion. While engineers actually design these products and their systems, the discoveries of applied physicists started the process.