专注于电学领域的工程师将基础物理学中产生的思想带入并努力将其发展为现实。电物理代表了物理与电气和计算机工程之间的重叠，并且电物理的产品最终适合于电气和计算机工程的其他领域，例如：通信和信号处理，计算机工程，微电子学和控制。电物理是将基于物理原理的概念与系统工程结合在一起以创建在现实生活中工作的复杂系统的重要组成部分。从电子物理学中出现的设备几乎嵌入了所有现代电子设备中。电学教育和研究涉及从x射线到无线电波的所有波长的光学，激光，探测器，微波，粒子束，纳米技术，磁学和电磁现象。为了改善我们看待大小事物，交流
Scientists have ideas, engineers make them work, said Nobel Prize winner Jack Kilby. Electrophysics is a key part of this concept. Engineers concentrating in the area of Electrophysics bring ideas that emerge from basic physics, and work to develop them into practical reality. Electrophysics represents the overlap between physics and electrical and computer engineering, and the products of Electrophysics ultimately fit into other areas of electrical and computer engineering such as: communications and signal processing, computer engineering, microelectronics, and controls. Electrophysics is an essential component to bring concepts grounded in the principles of physics together with systems engineering to create complex systems that work in real life. Devices that emerge from Electro physics are embedded in almost all modern electronics.Electrophysics education and research deals with optics, lasers, detectors, microwaves, particle beams, nanotechnology, magnetics, and electromagnetic phenomena at all wavelengths, from x-rays, to radio waves. Creating light where there is darkness is part of what Electrophysicists do, in order to improve how we see things both large and small, communicate information of all sorts, and process materials, whether by cooking with microwaves or even performing laser surgery.