Murray State University

What you'll study

The programme blends advanced coursework with laboratory research to develop both theoretical and practical expertise in optics and quantum chemistry. Students typically follow a combination of core and elective modules and choose either a thesis (research) or project/non-thesis option.

• Core topics: advanced quantum mechanics, statistical mechanics, and molecular structure and spectroscopy.
• Optics and photonics: laser physics, optical spectroscopy, nonlinear optics, and experimental techniques in photonic measurements.
• Quantum chemistry and computation: electronic structure methods, density functional theory, computational modelling of molecular systems, and numerical methods for quantum problems.
• Laboratory and research: hands-on training in modern instrumentation (e.g. spectrometers, lasers and optical components), experimental design, data analysis and safety practices.
• Seminar and professional skills: departmental seminars, scientific communication, and opportunities for collaborative research across chemistry and physics.
• Thesis or project: students pursuing the thesis option undertake an original research project under faculty supervision; the non-thesis route typically requires an extended project and additional coursework.

Entry requirements

Applicants are normally expected to hold a bachelor’s degree in chemistry, physics or a closely related scientific discipline with a solid foundation in physical chemistry and mathematics. Admissions typically consider undergraduate academic record, letters of recommendation, a statement of purpose, and a curriculum vitae.

• Relevant undergraduate coursework in analytical, inorganic and physical chemistry, and in calculus and differential equations, is advantageous.
• Research experience or laboratory coursework strengthens an application, especially for the thesis option.
• International applicants must demonstrate English language proficiency via a recognised test unless otherwise exempted.
• Some applicants may be asked to provide GRE scores or additional information depending on departmental requirements.

Career prospects

Graduates from the optics and quantum chemistry track pursue technically focused roles in industry, government and academia. The combination of experimental optics and computational quantum training provides transferable skills sought by employers.

• Research scientist or chemist positions in photonics, spectroscopy, materials science and analytical laboratories.
• Optical engineer or applications scientist roles in companies working on lasers, sensors, fibre optics and imaging systems.
• Computational chemist roles in pharmaceuticals, materials modelling and chemical informatics.
• Positions in national and regional research laboratories and technology start-ups focused on instrumentation and measurement science.
• Further study: many graduates progress to PhD programmes in chemistry, physics or engineering.

Why study at Murray State University

Murray State University offers a supportive, small-college environment combined with active graduate research opportunities in chemistry and related fields. The department emphasises close faculty mentorship, hands-on laboratory training, and interdisciplinary collaboration between chemistry and physics.

• Access to teaching and research assistantships that provide practical training and financial support while developing communication and instructional skills.
• Laboratory facilities equipped for optical and spectroscopic experiments alongside computational resources for quantum chemistry modelling.
• Opportunities to work directly with faculty on publishable research projects and to present at regional and national conferences.
• A regional setting with connections to industry partners and research networks in materials science, photonics and analytical chemistry.