All of optics is concerned with the generation, transmission, and detection of light. With roots in physics, electrical engineering, chemistry, and materials science, it is an interdisciplinary project.

Every element of our life uses optical applications, from fiber-optic communication to contact lenses. Science has made ground-breaking discoveries thanks to the study of optics, including the laser and the hologram.

A large spectrum of contemporary study topics are possible in optics:

• Processing of optical and quantum information; nano- and subwavelength optics; subpicosecond lasers and phenomena.

• Nonlinear optical components

• Gradient index optics, the quantum nature of light absorption and emission, light propagation in microstructures, quantum imaging, and the theory, design, and production of lasers.

• Remote sensing, physics of extremely intense fields, diffractive optics, medical optics, fabrication of quantum-well devices, nonlinear dynamics and chaos, laser-driven fusion, and hybrid electrical-optical computing are only a few examples.

Why Consider Optics?

Students from various backgrounds can examine optics via a variety of lenses because to the multidisciplinary nature of the optics curriculum.

• Physics and Optics

Numerous topics, including statistical mechanics, relativistic quantum theory, and condensed matter physics, are covered in a variety of optical physics courses.

• Electrical engineering and optics

Subpicosecond electro-optic sampling, image processing, remote sensing, hybrid electrical-optical computing, and optical communication are just a few of the fascinating areas where electrical engineering and optics intersect.

• Optics and Engineering

Numerous technical and scientific fields share ground with instrumental optics and optical system design. Almost all areas of industrial research and product development are now being rapidly penetrated by this branch of engineering. It entails the creation of new optical components, such as gradient index glasses, as well as techniques for incorporating them into optical system design. New methods for examining aberrations and optical system performance are also being researched.

• Ideal for Students Who Aren't Sure

Due to its interdisciplinary character, optics enables students to gain exposure to a variety of fields through class assignments, faculty-led special seminars, and one-on-one sessions where students and faculty can explore their interests. While still enrolled in the optics program, students might choose to specialize in one of several of these fields.

Opportunities for Employment and Careers

Optics is becoming more and more involved in industrial research and development, offering both new graduates and seasoned workers a multitude of options. Demand for academics with expertise in optics is rising as many academic physics and electrical engineering departments place increased focus on research and instruction in this field.

Recent alumni have assumed faculty posts at prestigious universities, research roles in private and public laboratories, or created or joined cutting-edge start-up businesses.