Masters Programs in Particle Physics

Compare 7 Masters Programs in Particle Physics

Particle Physics

Those who earn a master’s degree demonstrate a significant level of academic achievement. After the completion of undergraduate studies, interested persons can apply for a master’s program. Once the applicant is accepted into a university program, the student earns a degree by successfully completing two years of advanced coursework.

Chances are, you’ve landed on this page because you want to know, what is a Master in Particle Physics? Such a program focuses on the exploration of the constituents of matter. By means of study and experimentation, the student gains an understanding of the theories and models of what makes up our universe. All students should expect to strengthen their skills in mathematics, problem solving and information technology.

Completion of a master’s degree in particle physics signals to research universities that you’re ready to lead cutting-edge research efforts. Those who seek employment increase their chance of being hired by energy and environmental organizations. In any case, graduates should expect to attain a full understanding of the universe and some of its governing forces, such as gravity.

Costs vary by location and institution. Tuition rates are generally guaranteed for one academic year. Some students choose to study part-time to work their way through the program at a moderate pace.

A fair number of graduates enter doctoral programs; however, the education also provides a solid foundation for teaching physical science courses in high schools and community colleges. Some find employment in government and scientific facilities. Those looking for more flexibility can work as science writers and reporters. For some students, their educational journey sparks ideas that lead them to pursue entrepreneurship.

A variety of international universities offer master’s level studies in particle physics. Application requirements vary between institutions. To get started with a course, search for your program below and contact directly the admission office of the school of your choice by filling in the lead form.

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Masters Degree in Particle and Astroparticle Physics

Sapienza University of Rome
Campus Full time October 2018 Italy Rome

The Masters Degree Program in Particle and Astroparticle Physics (LM-17) provides students with in-depth knowledge of the experimental and theoretical aspects of elementary particle physics. [+]

Masters in Particle Physics. The Masters Degree Program in Particle and Astroparticle Physics (LM-17) provides students with in-depth knowledge of the experimental and theoretical aspects of elementary particle physics. The Master's Degree program offers a unique learning and training experience for students holding a Bachelors degree in Physics, including the opportunity to work with leading scholars. The program spans the full spectrum of experimental, theoretical and applied particle and astroparticle physics, from high-energy colliders to neutrino physics, from gravitational waves to the search for dark matter, including high-performance computing and medical physics. Most of the research is performed within the framework of collaboration agreements involving CERN and other major international facilities and universities. Three other curricula (Condensed Matter, Biophysics and Theoretical Physics) of the same Masters Degree Program in Physics as well a Master’s Degree Program in Astronomy and Astrophysics are available with some courses given in Italian and others in English. World university rankings recognize the excellence of the Sapienza Physics Department and the superior quality of our teaching and laboratory training. [-]

Master in Particle Physics

Blaise Pascal University
Campus Full time 2 years September 2018 France Clermont-Ferrand

You have a degree in physics or physical chemistry, our M1 allows you to deepen your knowledge of General Physics (electromagnetism, Fluid Mechanics, statistical physics, quantum mechanics, nuclear physics, instrumentation, etc.). [+]

Master in Particle PhysicsYou have a degree in physics or physical chemistry, our M1 allows you to deepen your knowledge of General Physics (electromagnetism, Fluid Mechanics, statistical physics, quantum mechanics, nuclear physics, instrumentation, etc.). You can choose in the second half a hundred hours of introduction to research in particle physics, and have the ability to make an introductory course in search of two and a half months in a laboratory. Obviously useful for those who wish to use in research academic, these teachings are an opening for other working methods of research and deepening discipline always transferable to other areas.Already have an M1 physics or physical chemistry, M2 will immerse you in our research in particle physics with courses that address both the theoretical concepts related to fundamental interactions (principles of symmetry, quantum field theory, gauge invariance , etc.) that instrumental methods which allow us to probe the nature: principles of detections implementing acquisition systems and data processing. Optional courses can also be an opening in the field of cosmology and astroparticle, either to radiation-matter interactions and their applications in the field of radiation. The second year ends with a research internship of five months in the laboratory.All specialty courses are taught by faculty members and researchers from the Laboratory of Particle Physics (University Blaise Pascal - CNRS/IN2P3) participating in international research programs such as the CERN (European Laboratory for Particle Physics).A Research Master course is a prerequisite for doctoral studies follow. But it is also an end in... [-]


Master Degree in Electromagnetic Field and Microwave Technology

Harbin Engineering University (HEU)
Campus Full time September 2018 China Harbin

This Electromagnetic Field and Microwave Technology discipline is Master degree conferring site. Many new technologies are also on the basis of electromagnetic field and microwave technology, such as Radar, mobile communication ... [+]

MEng Degree in Electromagnetic Field and Microwave Technology

This Electromagnetic Field and Microwave Technology discipline is Master degree conferring site.There are 7 professors and 1 associate professors, 6 doctor tutors and 2 master tutors. The discipline belongs to Electrical Science and Technology Discipline, it is the base of remote communication, high-frequency communication and electromagnetism compatible. Many new technologies are also on the basis of electromagnetic field and microwave technology, such as Radar, mobile communication, microwave remote sensing, electrical antagonize, intellect antenna, ray and microwave interaction.

This discipline has applied widely in spaceflight, national defence and economy. But with the rapid development of digital communication technology and electrical computer, many students choose popular majors such as communication and computer, which results in few intellects in this field. The master site of the electromagnetic field and microwave technology has been founded again since the year 2003, further researching in electromagnetic and microwave technology. In order to cultivate high-level theory researchers and engineers, the discipline is tracing the trend of the international development, improving the level of applications in the electromagnetic field and microwave technology. Labs for teaching and researching are Microwave technology lab, electrical field, electrical wave lab, and microwave darkroom. The discipline has opened 6-degree courses and required major courses for M.Eng and D.Eng candidates.... [-]


Master's Degree In Complex Systems Physics (MFS2)

Universidad de las Islas Baleares - UIB
Campus Full time 1 year September 2018 Spain Palma

Throughout the past century scientific research has been characterized by a progressive specialization and compartmentalization of knowledge, it being very difficult for a person to dominate more than one scientific field. Despite the success of this program based on a reductionist approach, the new scientific challenges require a broader vision and the establishment of synergies between research groups of different disciplines that allow to go beyond the traditional frontiers of knowledge. In particular, complex systems are characterized by the existence of emergent properties and collective behaviors generated by the interaction between a large number of elements. [+]

What does it consist of?

Throughout the past century scientific research has been characterized by a progressive specialization and compartmentalization of knowledge, it being very difficult for a person to dominate more than one scientific field. Despite the success of this program based on a reductionist approach, the new scientific challenges require a broader vision and the establishment of synergies between research groups of different disciplines that allow to go beyond the traditional frontiers of knowledge. In particular, complex systems are characterized by the existence of emergent properties and collective behaviors generated by the interaction between a large number of elements.... [-]


Master in Condensed Matter Physics At Mega-science Facilities

Saint Petersburg University
Campus Full time September 2018 Russia Saint Petersburg

Fundamental training underpinned by practical tasks performed in research laboratories using cutting-edge equipment of the SPbU Research Park. [+]

BENEFITS OF THE PROGRAMME

Fundamental training underpinned by practical tasks performed in research laboratories using cutting-edge equipment of the SPbU Research Park. An opportunity to join mega-science training projects at National Research Center ‘Kurchatov Institute’ and world’s leading research centers. Skills in conducting independent research, setting research tasks and developing methodological frameworks, profound knowledge in the area of specialization along with a broad scientific outlook and ability to apply this knowledge in interdisciplinary research. The programme combines fundamental training in condensed matter physics in mega-science facilities and bringing the students up-to-date with the recent advancements in physics, chemistry, and materials science made in sectoral research institutions of St Petersburg, Moscow, Russia and major international research centers. Students acquire a profound knowledge in the area of specialization along with a broad scientific outlook and ability to apply this knowledge in interdisciplinary research. ... [-]

Master in Condensed Matter Physics

Saint Petersburg University
Campus Full time 2 years September 2018 Russia Saint Petersburg

An orientation semester to enhance students’ theoretical and practical skills in preparation for further training. [+]

BENEFITS OF THE PROGRAMME

The uniqueness of the programme:

An orientation semester to enhance students’ theoretical and practical skills in preparation for further training. Research-oriented teaching and learning. The course is mostly project — based including research projects conducted at the SPbU Research Park which, in due course, will allow international professionals to use SPbU resource centres. A course of Russian as a Foreign Language to facilitate the integration of international students and enhance future partnership with graduates’ prospective employers.

MAIN COURSES

Mathematical Physics Chemical Physics Theoretical Physics Experimental Physics Numerical Methods and Programming Russian as a Foreign Language Condensed Matter Physics Modelling in Condensed Matter Physics Magnetic Resonance Spectroscopy: Basic and Advanced Levels Optical Spectroscopy of Surfaces and Interfaces Electrical and Photovoltaic Properties of Semiconductors ... [-]

Master In Advanced Materials Physics And Nanostructures

University of Bucharest
Campus Full time 2 years September 2018 Romania Bucharest

Master in Advanced Materials Physics and Nanostructures [+]

- Introduction to quantum theory of identical particle systems

- Special Mathematics Chapters

- Introduction to physics of mesoscopic systems

- Linear response phenomena

- Transport phenomena in disordered materials

- Methods for modeling electronic and optoelectronic devices

- Crystal growth techniques

- Nanostructures with applicability in electronics, optoelectronics, sensory and bio-electrochemistry

- Techniques for measuring optical and semiconductor coefficients

- Physics and thin film technology

- Optical non-linear phenomena

- Physics of dielectrics

- Optoelectronic properties of liquid crystals and thin film films. Technological applications.... [-]