Georgetown University

What you'll study

The programme builds core expertise in physical and quantum chemistry while emphasising optical techniques and light–matter interactions. Course work typically covers advanced quantum mechanics, statistical mechanics, and molecular spectroscopy, alongside specialised modules in quantum chemistry, quantum optics, photonics and ultrafast spectroscopy. Students also take laboratory courses that develop skills in laser‑based experiments, nonlinear optics, single‑molecule and ensemble spectroscopy, and modern instrumentation.

• Advanced Quantum Chemistry: electronic structure methods, correlation techniques and excited‑state theory for molecules.
• Quantum Mechanics for Chemists: formalism of quantum theory with applications to molecular systems and spectroscopy.
• Optics and Photonics: classical and quantum descriptions of light, laser physics, waveguides and optical materials.
• Spectroscopy and Ultrafast Methods: time‑resolved techniques, pump–probe experiments and interpretation of transient signals.
• Computational Methods: ab initio and density functional approaches, molecular dynamics and simulation of optical properties.
• Advanced Laboratory/Research Project: hands‑on experimental or computational research supervised by faculty, often leading to a thesis or capstone report.
• Seminar and Professional Skills: literature review, research communication, ethics in science and opportunities for interdisciplinary collaboration.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in chemistry, physics, materials science or a closely related discipline with a strong foundation in calculus, linear algebra and undergraduate physical chemistry or quantum mechanics. Typical application materials include academic transcripts, a personal statement outlining research interests and career goals, letters of recommendation from academic or professional referees, and a curriculum vitae. International applicants must demonstrate English proficiency through accepted language tests if their degree was not taught in English. Relevant laboratory experience, coursework in physical chemistry or optics, and evidence of ability to undertake independent research strengthen an application.

Career prospects

Graduates are prepared for roles in research, development and technical leadership across multiple sectors. Common career paths include positions in academic and industrial research laboratories, photonics and optical engineering companies, semiconductor and materials industries, and firms working on quantum technologies and sensors. Graduates also move into national laboratories, government research agencies, science policy, and roles in data analysis, computational modelling and intellectual property. The programme’s combination of experimental and theoretical training also provides a solid foundation for doctoral study.

Why study at Georgetown University

Georgetown offers a programme that leverages close faculty mentorship, small cohort sizes and interdisciplinary collaboration across chemistry, physics and computer science. Its location in Washington, DC provides access to nearby research institutions, government laboratories and industry partners, facilitating internships and collaborative projects. The department emphasises rigorous experimental training and modern computational approaches, and students benefit from professional development resources, seminar series and a network of alumni engaged in academia, industry and policy. Georgetown’s focus on ethical practice and communication prepares graduates to apply advanced optical and quantum chemistry knowledge responsibly across research and applied contexts.