University of Oxford

Overview

The DPhil in Atomic and Laser Physics at the University of Oxford is a research-focused program designed for those eager to delve into advanced studies in quantum systems and laser methodologies. From the outset, students engage in their principal research projects, exploring a range of topics that bridge fundamental physics and interdisciplinary applications.

• Award: DPhil (equivalent to a PhD)
• Programme type: Research degree
• Duration: Typically 36 months, though this may vary based on the project and funding
• Delivery: On-campus research at the University of Oxford
• Language of instruction: English

What you'll study

Research-led doctoral training

• Main research project: Students commence their research shortly after enrollment, under the mentorship of experienced supervisors.
• Research themes: Key areas include quantum computation, quantum cryptography, quantum chaos, optical manipulation of cold atoms and molecules, ultra-cold matter, Bose–Einstein condensates, quantum simulations, and non-linear optics.
• Academic development: Continuous engagement in research activities is expected, including seminars, discussions, and collaborative projects.
• Thesis: A doctoral thesis is submitted at the conclusion of the program, adhering to the regulations set forth by Oxford.

Entry requirements

• A first-class or a strong upper second-class undergraduate degree with honours in physics, mathematics, or a related field.
• The equivalent of a UK four-year integrated MPhys or MSci degree is typically required.
• Admission is highly competitive, with successful candidates generally possessing a first-class degree or its equivalent.
• In exceptional cases, a relevant master's degree or significant research/professional experience may fulfill the honours requirement.

Career prospects

Graduates from the DPhil in Atomic and Laser Physics can pursue various career paths in academia, research institutions, and industry. The skills and knowledge gained through this program prepare students for roles in scientific research, technology development, and advanced engineering, among others. Additionally, opportunities may arise in sectors such as quantum computing, telecommunications, and medical technology.