The Department of Physics offers an M.S. in physics with a concentration in optics. Lasers and modern optics are playing important roles in the present technological world. They have major applications in communications, defense, surgery, homeland security, printers, scanners, medical diagnostics, fundamental research and numerous other technology applications.
The program emphasizes the fundamentals and advanced scientific and technological developments of the subject with hands-on laboratory
experience. This experience would enable a student to seek job opportunities in a number of areas of research and technology in the broader areas of lasers and modern optics.
The students will also participate in a number of experimental and theoretical research
projects. State-of-the-art research is conducted in lasers, modern optics, quantum and nonlinear optics, atom traps, development of trace gas detection techniques employing lasers, holography, flame diagnostics, alternate energy technologies, and environmental science.
Benefits of studying in the program:
- The course schedule accommodates students with full-time jobs.
- The program features small classes with personal attention, state-of-the-art instructional laboratories, and a faculty with a wide variety of cutting-edge research programs and innovations in optics education.
- The optics books authoorange by Adelphi faculty have world-wide recognition.
- Research facilities include laboratories for lasers, modern optics, quantum optics, nonlinear optics, laser sensors, laser cooling and trapping of atoms, energy technologies, flame diagnostics, and quantum dots (nanotechnologies).
- Financial aid, teaching assistantships, and research assistantships are available.
Who should apply?:
- Recent graduates and working professionals who wish to improve their career opportunities. Applicants should have a bachelor’s degree in science or engineering.
Admission
Applications to the program will be reviewed by the department faculty. Students to be admitted must have an undergraduate degree from an accredited university in physics or a related field (such as optics, engineering, or chemistry). All applicants must submit an application form including required essays, two letters of recommendation, and transcripts from undergraduate institutions. The GRE is recommended, but not required. For those coming directly from an undergraduate pro gram, a minimum GPA of 3.0 will be required in all but exceptional cases. For those who have been working for some time since completing their under graduate degree, work experience and other factors can be considered to compensate for lower GPAs. Admission and financial aid decisions will be
made separately. Applications for financial aid, fellowship or assistantship will be considered separately.
- Apply online at the Admissions office.
- Application includes a personal essay and the application form.
- Arrange to have official transcripts and two letters of recommendation sent.
- GPA of 3.0 or higher typically required, although work experience and other factors can partially compensate for lower GPAs.
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