A doctorate, also known as a PhD, is a unique degree and the highest level a student can earn. It involves three or more years of independent research on an original subject. Comparatively few students attempt the level of advanced academic work it requires.
You might be wondering, what is a PhD in Particle Physics? The program equips students with the knowledge and skills related to answering fundamental questions about the nature of matter, mass and energy and their relation to the asymmetric matter-antimatter history of the universe. Research topics include studying the interactions of fundamental particles, implementing and evaluating particle components and developing software for experimentation purposes. Graduates work with a mentor to choose a detailed topic for their doctorate project.
Graduates of a PhD program discover many benefits in their professional and personal lives. These include highly developed oral and written communication skills. They also engage in public outreach, including working with the media, participating in science events and volunteering in local schools.
Program costs vary considerably among universities. Interested students should contact schools and request details about fees and cost expectations.
Careers for graduates of this program mainly focus on academia. These include professorships, research scientists and laboratory researchers. However, a particle physics doctorate may also be a pathway toward a career outside of physics research. There are a variety of positions in government, such as congressional science fellow, that are a good fit for graduates. Likewise, science policy advisor and appropriations director are two other jobs students with a doctorate in particle physics may want to explore.
A variety of international options exists for PhD programs. Many schools offer most of their classes in distance learning modules to accommodate the busy lifestyles of active professionals. Search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.
The Doctoral Program in Asrtrofísica is the result of the merger of the previous PhD in Astrophysics and Physics Doctoral Program Structure of Matter. Both doctoral programs have the Mention of Excellence of the Ministry of Education and Science. [+]
This programme is based on the cooperation of two universities and one research institute - Brno University of Technology, Masaryk University and the Institute of Physics of Materials of the Academy of Sciences of the Czech Republic. [+]
The post-graduate in Ph.D. study programme Macromolecular Chemistry is able to formulate independently the scientific problem, to design the hypothesis for the solution and to carry out experimental and theoretical work for its confirmation. [+]
The purpose of the PhD in Physics is to provide qualifying students with an in-depth understanding and integrated knowledge of advanced applicable theory in the field of physics. [+]
The PhD in Theoretical Particle Physics has always been part of the postgraduate programmes on offer at SISSA. More than a hundred students have obtained a PhD qualification in Theoretical Particle Physics since SISSA started offering the course. [+]
Astroparticle Physics represents one of the preeminent interests of SISSA and has been singled out as one of the areas that SISSA will further strengthen in the near future. It is a young and interdisciplinary field, [+]
The main aim of the curriculum in Astroparticle Physics is to provide the entrance points and the scientific and cultural tools to participate successfully to the researches in this interdisciplinary and young research field, grown at the intersection of particle physics, nuclear physics, astrophysics and cosmology. The program addresses some of the most pressing and fundamental questions in science today: the origin and the evolution of our universe, the nature of dark matter and dark energy, the study of neutrinos, of cosmic rays, of gravitational waves. A special attention will be given to experimental and phenomenological aspects. [+]