Study Physics in Japan
Physics studies matter, energy, forces and the laws that connect them, from subatomic particles to the whole universe, using mathematics, experiment and computation. It is offered abroad at bachelor's, master's and PhD level.
Studying Physics in Japan
Physics is a specialization within Science. Universities in Japan may teach it as a degree of its own or as a pathway inside a broader Science programme, so compare what each course covers, its entry requirements and its fees on the university’s own pages.
Physics is the science that tries to explain how the universe behaves at every scale, from quarks and atoms to stars and galaxies. It looks for a small number of laws that account for motion, heat, light, electricity, magnetism and the structure of matter, and it tests those laws through careful measurement. Many other fields rest on it: chemistry, engineering, electronics, medical imaging and climate science all borrow its methods. A physics degree trains you to turn a messy real situation into a model, solve it with mathematics and then check the answer against data.
Undergraduate physics begins with classical mechanics, electromagnetism, waves and optics, thermodynamics and the mathematical methods needed to handle them. Quantum mechanics, special relativity and statistical physics follow, and later years open into options such as condensed matter, particle, nuclear, atomic and laser physics, astrophysics or biophysics. Laboratory classes run through the degree and become more open-ended over time, while programming, usually in Python, is used for data analysis and simulation. Weekly problem sheets are a fixture of most courses, and many programmes end with an individual or small-group research project.
Physics graduates are found in research and in many places that have little to do with a laboratory. Some work as physicists in national laboratories, space agencies, semiconductor and photonics companies, or as medical physicists in hospitals. Others use their numerical skills in data science, software development, engineering, energy, finance and consulting, or train as teachers, a role where physics specialists are in short supply in several countries. Patent examination and science communication are further routes. Research posts in universities and large facilities generally expect a PhD, and many industrial research roles prefer a master's or doctorate.
Physics is one of the most international disciplines. Experiments at facilities such as particle accelerators and large telescopes involve thousands of researchers from dozens of countries, and nearly all research is published in English. Studying abroad can give you access to research groups, laboratories and specialisms that are harder to find at home, such as quantum technology, photonics or gravitational-wave astronomy. Degree structures differ widely, from three-year bachelor's degrees in England to four-year programmes in the United States, Canada and Japan, and funded doctorates are common in several countries. Compare course content and entry rules on each university's own pages.
What you study
Theory, mathematics, laboratory work and computation, becoming more specialised each year.
The first year or two lay the foundations: classical mechanics, electricity and magnetism, oscillations and waves, optics, thermal physics and the properties of matter. Alongside these runs a strand of mathematics for physicists, covering calculus, vector calculus, linear algebra, differential equations, Fourier analysis and probability. Many programmes treat this mathematics as a core subject in its own right, because almost all of the later theory depends on it.
The middle of the degree introduces the ideas that define modern physics: quantum mechanics, special relativity, statistical mechanics and electromagnetic theory. You then apply them in modules on atomic and nuclear physics, condensed matter and solid-state physics, particle physics, lasers and photonics, and astrophysics and cosmology. Optional modules may extend to general relativity, quantum information, plasma physics, biophysics, medical physics or climate physics, depending on the research strengths of the department.
Practical work develops in parallel. Early laboratories teach measurement, uncertainty and record keeping, while later ones ask you to design your own experiments with equipment such as lasers, vacuum systems, cryostats or radiation detectors. Computational physics modules cover numerical methods and simulation, usually in Python and sometimes in C++ or MATLAB. The final year, or the master's year of an integrated degree, centres on a research project, often inside one of the department's research groups, written up as a dissertation and presented to staff.
Skills you build
Physics trains a way of thinking that carries well beyond the subject.
- Building mathematical models of physical systems
- Solving unfamiliar quantitative problems from first principles
- Designing experiments and handling precision instruments
- Analysing data and estimating measurement uncertainty
- Programming for simulation and data analysis, often in Python
- Numerical methods and computer modelling
- Making sound approximations and order-of-magnitude estimates
- Reading and judging research papers
- Writing technical reports and presenting results clearly
- Working in research teams on long projects
Where graduates work
Physics leads into research, technology and a wide range of analytical careers.
- Physicist
- Research Scientist
- Medical Physicist
- Data Scientist
- Software Engineer
- Optical Engineer
- Semiconductor Process Engineer
- Nuclear Scientist
- Geophysicist
- Meteorologist
- Acoustic Consultant
- Patent Examiner
- Physics Teacher
- Science Communicator
Entry requirements
What universities usually look for, from a first degree to a doctorate.
For a bachelor's degree, universities usually want strong school-leaving results in physics and mathematics, and some also prefer further mathematics or chemistry. Indian students typically apply with Class 12 science-stream results, and the marks needed differ by university and country. UK and Australian universities often accept Class 12 directly, while German universities usually expect additional study or a foundation course first. An English test such as IELTS, TOEFL or PTE is normally required unless you qualify for a waiver.
A master's in physics generally asks for a bachelor's in physics or a closely related subject, such as engineering physics or applied mathematics, with a solid grounding in quantum mechanics, electromagnetism and mathematical methods. Some North American programmes ask for the GRE, and a smaller number for the GRE Physics subject test, although many have made these optional. PhD applicants need a strong master's or bachelor's, evidence of research such as a project or internship, and references from academics. In many countries you contact possible supervisors first or apply for an advertised project.
Documents you usually need
Most physics applications ask for some or all of these.
- Passport valid for the length of the course
- Class 10 and Class 12 mark sheets and certificates
- Degree transcripts and certificates for postgraduate study
- English test score report such as IELTS, TOEFL or PTE
- Statement of purpose explaining your interest in physics
- Two or three academic references
- CV listing projects, internships and any research experience
- GRE scores where a programme requests them
- Research proposal or project preferences for PhD applications
How to apply
A typical sequence, from shortlisting programmes to arriving for the start of term.
- Decide on the level and type of programme, such as a general physics degree, a joint degree with mathematics or astrophysics, a taught master's or a research degree.
- Compare programmes in two or three countries by modules, research groups, laboratory facilities, length, teaching language and total cost.
- Check the entry requirements, including your physics and mathematics results, English scores and any GRE or subject test.
- For research degrees, read the recent work of possible supervisors and contact them, or apply for advertised funded projects.
- Prepare transcripts, references and a statement of purpose that names the areas of physics you want to pursue and why.
- Submit applications through the correct route, such as UCAS for UK bachelor's degrees, uni-assist or university portals in Germany, and university systems elsewhere.
- Accept an offer, pay any deposit and apply for your student visa through the official government website.
- Arrange accommodation, health insurance and travel, and arrive in time for orientation.
Why study it abroad
Reasons physics students look beyond their home country.
Physics research depends on equipment that few institutions can afford on their own: particle accelerators, synchrotron light sources, research reactors, large telescopes, clean rooms and ultra-cold laboratories. Studying abroad can place you in a department connected to such facilities, or to international collaborations that use them, and introduce you to specialisms that are less common at home. Many countries also support doctoral students through stipends, assistantships or fully funded project places, which can make a PhD more affordable than it first appears.
The skills a physics degree teaches travel well. Modelling, programming and careful handling of data are used in research, technology and industry worldwide, and an international degree shows employers that you can work in another academic system. Physics is also the base for growing fields such as quantum technology, semiconductors, photonics and clean energy, where several countries are investing heavily. Post-study work rules differ between countries and levels, and they change from time to time, so check the current position before you decide.
Where to study it
How Physics is typically offered in six popular study countries.
United Kingdom: Universities commonly offer a three-year BSc and a four-year integrated master's, often titled MPhys or MSci, each usually a year longer in Scotland. Many add versions with a year abroad or in industry, or joint routes with astrophysics, mathematics or theoretical physics, and many degrees are accredited by the Institute of Physics. Taught master's degrees usually last one year, in areas such as quantum technologies, photonics or medical physics, and a PhD typically takes three to four years. Teaching is in English, and bachelor's applications go through UCAS.
United States: The first degree is usually a four-year BS or BA in Physics, with general education courses in the early years and room for a minor in mathematics, computer science or engineering. Undergraduate research in faculty laboratories is common. Many students move straight from a bachelor's into a PhD programme lasting around five to six years, which often awards a master's along the way and is commonly funded through teaching or research assistantships. Standalone master's degrees in physics or applied physics also exist. Teaching is in English, and the main intake is in August or September.
Canada: Bachelor's degrees in physics usually take four years, with honours versions that include a research thesis, and some universities offer co-op programmes that alternate study with paid work terms, or joint degrees with mathematics, astronomy or engineering physics. Master's degrees are mostly research-based, taking about two years with a thesis, and are often funded, while a PhD typically adds four to five years. Most programmes are taught in English, with French-language options in Quebec, and September is the main intake.
Australia: Physics is usually studied as a major within a three-year Bachelor of Science, followed by an optional honours year that is the usual entry route to a PhD. Some universities also offer advanced science degrees with a strong physics focus. Coursework master's programmes in physics typically take one and a half to two years, and a PhD usually takes three to four years. Astronomy, quantum technology and medical physics are prominent at several universities. Teaching is in English, and intakes are usually in February and July.
Germany: Physik is taught at universities as a three-year bachelor's followed by a two-year master's, with a strong emphasis on mathematics and theoretical physics. Bachelor's programmes are mostly taught in German, so you would usually need German at around C1 level, but a growing number of master's programmes in physics, photonics or astrophysics are taught in English. Doctoral researchers often join groups at universities or at institutes of the Max Planck, Helmholtz or Fraunhofer networks. Public universities generally charge little or no tuition beyond a semester contribution, though rules vary by state.
Japan: Physics is usually taught within a faculty of science as a four-year bachelor's, mostly in Japanese, with a small number of English-taught undergraduate science programmes. English-taught options are more common at graduate level, where a master's normally takes two years and a doctorate three, and students join a professor's laboratory from the start. Japan has long traditions in condensed matter, neutrino and accelerator physics, and research institutes such as RIKEN and KEK host international researchers. Many programmes start in April, some in October, and MEXT scholarships support some international students.
Physics in Japan, by study level
Physics is offered at Bachelor's, Master's and PhD.
Bachelor'sNot listed in Japan yet
Master'sNot listed in Japan yet
PhDNot listed in Japan yet
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Straight answers about Physics
Is Physics a sensible choice if I am not sure I want to be a researcher?
Yes. Only some physics graduates stay in research. Many move into software, data science, engineering, energy, finance, teaching or patent work, where their modelling and problem-solving skills are valued. If you are undecided, choose a programme with programming, placements or industry-linked projects, as these keep both research and non-research routes open.
How much mathematics does a Physics degree involve?
A great deal. Calculus, vectors, linear algebra, differential equations and complex numbers appear in the first year, and theoretical modules later rely on them constantly. Most programmes teach mathematical methods alongside physics, but you should be comfortable with mathematics at the top level of your school curriculum before you start.
What is the difference between Physics, Applied Physics and Engineering Physics?
Physics degrees cover the full range of theory and experiment, with plenty of room for theoretical options. Applied physics leans towards practical uses such as electronics, optics, materials and instrumentation. Engineering physics, common in Canada and some other countries, combines physics with engineering design and can lead to professional engineering recognition. Course titles vary, so compare the module lists rather than the names.
Can I specialise in astrophysics within a Physics degree?
Often, yes. Many physics degrees offer astrophysics and cosmology options in later years, and some have a named astrophysics pathway. If you already know that space is your main interest, Universta also lists Astrophysics as a separate specialization, with its own entry routes and careers.
Do I need to know programming before starting a Physics degree?
Usually not. Most programmes teach programming from the beginning, commonly in Python, and build it up through computational and laboratory modules. Some prior experience helps, though, because coding is used heavily for data analysis, simulation and final-year projects, and it is valued by employers.
Are Physics PhDs funded?
Many are. Physics doctorates in several countries come with a stipend and tuition cover through studentships, assistantships or research contracts. Funding for international students varies by country, university and project, and competition is strong, so check the terms of each position and apply early.
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Costs, intakes and what the visa allows are the same whichever subject you choose. They are in the guide to Japan.
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