The Optics and Photonics PhD program provides the highest-quality education in optical science and engineering, allowing students to conduct scholarly, fundamental, and applied research, while aiding in the development of Florida’s and the nation’s technology-based industries.

The Ph.D. program is a 4-year degree (sometimes extended to 5) in which students master a subfield of physics. Doctoral students perform research at the highest level, advancing the state of the art in their subfields. Upon successful completion, our Ph.D. students take their place among the nation’s scientific leaders, in both academia and industry.

The curriculum consists of a thesis that incorporates a research proposal, an oral defence (viva voce) and two manuscripts, based on the candidate's research, submitted for publication to a recognised accredited journal. Proof of the submission of the manuscripts is a compulsory condition for the degree to be conferred.

Physics at Westlake University has developed rapidly in recent years.  Great progress has been made in theoretical physics, condensed matter physics, atomic and molecular, and optical physics, and there are plans to develop high-energy physics and astrophysics directions. Physics students receive solid training in mathematics and theoretical and experimental physics. They will develop a wide range of interests and skills through coursework, experimentation, and participation in academic seminars and academic presentations.

The Doctoral School of PhD in Physics covers the fields that are the subjects of research in the Institute of Physics; namely, laser physics, including THz and X-ray laser research, nonlinear optics, generation of ultrashort laser pulses, laser-based acceleration of particles, quantum informatics, theoretical atomic and molecular physics. World-leading research on high-energy THz pulses and their applications has a strong tradition at the Institute. There is a close collaboration between the doctoral school and three institutes of the Hungarian Academy of Sciences: both the Institute for Solid State Physics and the Institute for Particle and Nuclear Physics of the Wigner Research Center, and the Institute for Technical Physics and Material Science, further the Extreme Light Infrastructure (ELI-ALPS) institute in Szeged, as well as several international scientific collaborators and local industrial partners. Students will be able to synthesize theoretical and empirical studies, conduct their own research, and present them both orally and in written form.

Ph.D. track is a five-year integrated Master and Ph.D. Program aimed at high-potential undergraduate students who know from the Master’s level that they wish to commit to a scientific Ph.D. Ph.D. The track offers students a selective and personalized curriculum, training periods at laboratories, and the opportunity to focus gradually on their thesis subject. This pathway provides a springboard for tackling future scientific challenges in research and development centers of companies and major universities. Students can choose from a wide range of research fields such as Computer Science; Data & Artificial Intelligence; Advanced Materials; Life sciences; Chemistry & Interfaces; Electrical Engineering; Physics; Mathematics, Mechanics, etc.

The doctoral program is developed in the prestigious field of Nuclear and Particle Physics, which tries to understand the structure of matter by studying its most elementary components in terms of nuclei, particles and the interactions between them.

The education and promotion of young researchers is a key aspect and ingredient for the successful operation of the Graduate School Cluster of Excellence‚ CUI: Advanced Imaging of Matter. Substantial parts of the scientific work are performed by researchers at the early stages of their careers. In particular PhD students and postdocs represent the driving force and backbone of modern scientific developments due to their impartiality, fresh views, and enthusiasm.

The Physics Department at SMU is looking for talented people who have a passion for physics and are prepared to seek a Ph.D. in frontiers such as particle physics and the search for dark matter.

Do you like physics and its applications, are fascinated with the devices and equipment that our technical civilization creates, want to participate in their development, and have completed a master's degree study of the same or related study program? Then the doctoral program in Applied Physics is the right choice for you.

Applied Sciences in Engineering is a PhD programme focused on the research of problems in the boundary between engineering and natural sciences. The scope of the PhD thesis falls into one or more of the following areas: Computer Simulations, Physics and optics, and Material engineering.

The objective of doctoral studies in Physics is the development of highly qualified researchers in the field of physics, who are able to conduct scientific research for solutions to critical problems. This joint doctoral program provides doctoral students with competencies and knowledge in the areas of condensed matter, the interaction of radiation and matter, optical spectroscopy; the program offers a wide range of topics and general experimental and theoretical research in the areas of meso, micro, and nanostructures, photonic structures, including their formation, analysis and application in plasmonics, biosensors and alternative energy.

The purpose of the Ph.D. in Physics is to provide qualifying students with an in-depth understanding and integrated knowledge of advanced applicable theory in the field of physics.

Bolstered by its proximity to the Sanford Underground Research Facility (SURF), the nation’s leading site for underground nuclear and particle physics, the Ph.D. program at South Dakota Mines provides unique opportunities for research into the underlying principles of the natural world. Our internationally recognized faculty lead students in searches for the dark matter of the universe, studies of the nature of the neutrino and the origin of the chemical elements, as well as research into condensed matter, e.g. phase transitions in ferroelectric and magnetic materials or quantum materials. Graduate students can also investigate topics in atmospheric physics. For more on the departmental research click here.

The doctoral program in Physics, Astrophysics and Applied Physics provides advanced research training in a wide range of areas of experimental, theoretical and applied physics, including astrophysics, cosmology, astroparticle physics, condensed matter, quantum optics, nuclear physics, particle physics, plasma physics, theoretical physics, nanotechnology, quantum Information, accelerator physics, biophysics, electronics, environmental physics and medical physics.