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Master of Physics
Master of Physics
Master of Physics
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A Master of Physics honours (or MPhys (Hons)) degree is a specific master's degree for courses in the field of physics.[1]

United Kingdom

[edit]

In England and Wales, the MPhys is an undergraduate award available after pursuing a four-year course of study at a university.[2] In Scotland the course has a five-year duration. In some universities, the degree has the variant abbreviation MSci.[3][4][5][6][7] These are taught courses, with a research element in the final year — this can vary from a small component to an entire year working with a research group — and are not available as postgraduate qualifications in most cases, although depending on institution the final year can be considered as approximately equivalent to an MSc.

Structure

[edit]

In terms of course structure, MPhys degrees usually follow the pattern familiar from bachelor's degrees with lectures, laboratory work, coursework and exams each year. Usually one, or more commonly two, substantial projects are to be completed in the fourth year which may well have research elements. At the end of the second or third years, there is usually a threshold of academic performance in examinations to be reached to allow progression into the final year. Final results are, in most cases, awarded on the standard British undergraduate degree classification scale, although some universities award something structurally similar to 'Distinction', 'Merit', 'Pass' or 'Fail', as this is often the way that taught postgraduate master's degrees are classified.

Degree schemes

[edit]

It is usual for there to be some variation in the MPhys schemes, to allow for students to study the area of physics which most interests them. For example, Lancaster University's physics department offer the following[8] schemes:

These schemes will usually incorporate the same core modules with additional scheme specific modules. Students tend to take all the same core modules during their first year and start to specialise in their second year. In some cases, optional modules can be taken from other schemes.

See also

[edit]

References

[edit]
Revisions and contributorsEdit on WikipediaRead on Wikipedia

Master of Physics

View on Grokipedia
from Grokipedia
The Master of Physics (MPhys) is an integrated undergraduate specializing in physics, typically completed over four years, that extends beyond a standard bachelor's program to include advanced coursework and training at the master's level. This degree, primarily offered in the and select institutions elsewhere, builds a strong foundation in core physics principles such as , , , and during the initial years, while the later stages focus on specialized topics like , , or . Students often engage in experimental laboratory work, computational modeling, and a substantial project in the final year, fostering skills in critical analysis and problem-solving. Admission generally requires strong performance in mathematics and physics, with progression to the MPhys contingent on satisfactory results in the first two years of study. The MPhys prepares graduates for doctoral research, academic careers, or professional roles in industries such as , , and , where advanced quantitative expertise is valued; for instance, over 90% of graduates secure or further study within 15 months, often in high-demand sectors like . Unlike standalone postgraduate master's programs, the integrated structure allows seamless transition from undergraduate to advanced study, equivalent to a bachelor's plus one year of graduate-level work in many international systems.

Overview

Definition and Distinctions

The is an advanced in physics that emphasizes theoretical principles, experimental techniques, methodologies, and specialized topics within the discipline. It equips students with analytical skills to address complex physical phenomena, from to astrophysical models, and typically includes a component to promote independent . Variations exist in and entry level: in the and select institutions, the integrated MPhys (Master of Physics) is a four-year undergraduate program combining bachelor's-level with advanced master's content, available directly after . In contrast, standalone postgraduate programs such as the MS () in Physics or MSc in Physics, common in the , , and globally, are one- to two-year degrees pursued after a bachelor's qualification, focusing on specialization through and work. For instance, UK MPhys programs extend the BSc curriculum seamlessly, while US MS programs typically require 30–36 credit hours of graduate-level study over two years. Nomenclature varies by region and focus: the MPhys denotes the integrated UK model, while MSc Physics is standard for taught postgraduate programs in the and ; is the equivalent in the , emphasizing scientific rigor; and the MA () in Physics is rarer, often adopted for programs with a more theoretical or interdisciplinary bent, such as those incorporating or applied sciences, rather than pure . These distinctions reflect institutional traditions, with typically signaling a science-oriented and MA implying broader integration, though all maintain a core physics foundation. The Master of Physics differs fundamentally from the Bachelor of Physics (BSc or BS), which is an providing introductory coverage of classical and over three to four years, whereas the master's extends to advanced topics and original , enhancing problem-solving depth and . Unlike the PhD, which is a doctoral research degree requiring three to six years of novel contributions to the field under supervision, the master's prioritizes structured learning and skill-building over independent dissertation-scale innovation. Its primary purpose is to prepare graduates for careers in scientific , academia, industry roles in technology or , or further PhD studies, contrasting with professional variants like the Physics, which integrates engineering principles for applied problem-solving in sectors such as or .

Historical Development

The origins of the Master of Physics degree can be traced to the mid-19th century in the United States, where graduate education in the sciences began to formalize. The awarded the first (MS) degree in 1858 to De Volson Wood, marking the inception of advanced scientific training beyond the bachelor's level, though initially focused on engineering mechanics rather than pure physics. Physics-specific master's programs emerged in the late as departments dedicated to the discipline were established; for instance, the Massachusetts Institute of Technology founded its Department of Physics in 1865, laying the groundwork for graduate-level instruction in the field. Similarly, formally created its graduate physics department in 1892, enabling the awarding of advanced degrees in physics shortly thereafter. At this stage, these early master's degrees typically functioned as extensions of bachelor's programs, offering an additional year or two of specialized coursework and initial research to deepen undergraduate foundations. The 20th century saw significant expansion of physics master's programs, particularly in the United States. By the 1930s, institutions like the had established dedicated MS programs in physics, with the first such degrees conferred in 1934 to support growing research in nuclear and . The post-World War II era accelerated this growth through substantial federal funding for scientific research; the creation of the in 1950 provided grants that bolstered graduate education, leading to a surge in enrollment and program development across U.S. universities to meet demands in defense, energy, and technology sectors. This period transformed physics master's from modest extensions into more structured pathways emphasizing research training. In the , the Master of Physics (MPhys) was formalized in the early as a four-year integrated degree combining undergraduate and master's-level study, designed to produce graduates with advanced research skills equivalent to continental European standards. This development was influenced by the , launched in 1999, which harmonized higher education across Europe by standardizing the two-year MSc as a standalone postgraduate qualification following a , promoting mobility and comparability. Over time, the Master of Physics evolved globally from primarily serving as an extension of bachelor's —often requiring minimal original —into a standalone, research-intensive degree that prepares students for doctoral studies or professional roles in academia, industry, and laboratories.

Academic Structure

Duration and Format

The Master of Physics (MPhys) is an integrated , typically spanning four years of full-time study in the , combining undergraduate and advanced master's-level content. The first three years build a foundational bachelor's-level in physics, while the fourth year focuses on specialized advanced and a major project. Some programs offer a five-year variant that includes a professional placement year, often between the third and fourth years. Delivery is primarily full-time, with a modular structure aligned to semester-based progression. Students progress through core modules in early years, advancing to electives and research in later stages. Assessment includes examinations, laboratory reports, coursework, and project evaluations. While part-time options are uncommon for integrated programs, flexibility exists in some institutions for mature students. Detailed variations in standalone postgraduate formats (e.g., one-year MSc in the UK, two-year MS in the US, or two-year programs under the Bologna Process in continental Europe) are covered in the Variations by Region section.

Core Curriculum

The core curriculum of an MPhys program provides a progressive foundation, starting with undergraduate-level physics in the first three years and advancing to master's-level depth in the fourth year. Early years emphasize fundamental principles such as , , , and . In the final year, common core areas include advanced (e.g., derivations of the and ), (applications of to wave propagation and fields in media), and (partition functions and for thermodynamic ensembles), with often included as a core or elective module exploring crystal structures, band theory, and material properties. Key concepts integrate basics of (e.g., Lorentz transformations) and graduate-level (phase transitions and non-equilibrium processes). Experimental components feature laboratory work, such as to measure spectra and verify theoretical predictions. Learning outcomes include mastery of theoretical frameworks like Lagrangian and , problem-solving with advanced and computational methods (e.g., numerical simulations), and interdisciplinary applications to fields like . Core modules typically account for a significant portion of the program, with the integrated structure ensuring 360 credits at bachelor's level and 120 at master's level (using the , CATS), underscoring the foundational role before specialization.

Research and Thesis Requirements

The research component of an MPhys program centers on a substantial original project in the fourth year, equivalent to a full-time master's-level effort (often 6-12 months or 60 CATS credits), culminating in a . This includes a , (experimental or theoretical), , results, and an oral presentation or defense. For example, at the , the final-year project integrates advanced study with skills development. At the , the project prepares students for PhD-level work through independent inquiry. Students develop skills in experimental design, computational modeling (e.g., using Python or ), and data interpretation under faculty supervision. Topics align with faculty expertise, spanning , condensed matter, or . In programs like Newcastle University's MPhys, the project fosters interdisciplinary approaches and ethical practices, including and proper citation. Unlike some standalone programs that offer non-thesis options, the integrated MPhys typically requires a to demonstrate capability, preparing graduates for doctoral studies or industry. Detailed requirements in non-integrated programs (e.g., optional theses in MS programs like Brown University's ScM) are addressed in the Variations by Region section.

Admission and Prerequisites

Entry Requirements

Admission to the integrated Master of Physics (MPhys) program occurs at the undergraduate level, requiring strong performance in secondary education, particularly in mathematics and physics. In the United Kingdom, where the degree is primarily offered, typical entry qualifications include A-levels with grades of AAA or AAA, including Mathematics and Physics (with the A often in one of these subjects). International Baccalaureate (IB) applicants generally need 36–38 points overall, with 6 or higher in Higher Level Mathematics and Physics. Progression to the full MPhys (fourth year) is typically contingent on achieving satisfactory academic performance in the first two or three years, often requiring an upper second-class honors (2:1) average or equivalent (around 60% or higher). Some programs admit students directly to the four-year MPhys, while others allow transfer from a three-year BSc program if criteria are met. For applicants from other regions or non-traditional backgrounds, equivalent qualifications are accepted, such as (AP) scores or national high school diplomas with strong grades in relevant subjects. Non-native English speakers must demonstrate proficiency, typically through IELTS (minimum 6.0–6.5 overall) or TOEFL (minimum 80–90 iBT).

Application Process

Applications for MPhys programs in the UK are submitted through the Universities and Colleges Admissions Service (UCAS) online portal. Applicants provide predicted grades from their school, a personal statement outlining their interest in physics and relevant experiences, and a reference from a teacher. No standardized tests like the GRE are required, though some institutions, such as the , mandate the Physics Aptitude Test (PAT). The main application deadline for most UK universities is 29 , with an earlier deadline of 15 October for and . Decisions are based on academic potential, personal statement, and reference, with offers often conditional on achieving predicted grades. International applicants follow the same process but may need to provide additional evidence of English proficiency. Funding considerations, such as scholarships or bursaries, can be indicated in the application, with separate processes for student loans or grants available post-offer.

Variations by Region

In the , the Master of Physics (MPhys) is typically offered as a four-year integrated undergraduate , combining bachelor's-level study with advanced master's content, and is designed for students entering directly from . This model emphasizes a seamless progression from foundational physics to specialized research-oriented modules, culminating in a substantial final-year project that often involves original experimental or theoretical work. Variants such as the Master of (MChemPhys) integrate physics with chemistry, as seen in programs at institutions like the . Standalone one-year MSc programs in Physics serve as postgraduate qualifications for graduates holding a , focusing on advanced topics and research preparation without the integrated structure. These are available at universities including the and , often with a mix of taught modules and a dissertation. Prominent institutions offering the integrated MPhys include the and , while the provides an equivalent through its four-year MSci in Natural Sciences with a physics specialization; all place strong emphasis on in the final year to develop independent research skills. Unique to the system, often uses the designation for integrated master's degrees, which are typically five years long due to the four-year Scottish honours bachelor's structure, as exemplified by programs at the and . These degrees align with the Quality Assurance Agency (QAA) Subject Benchmark Statement for Physics, Astronomy and , which sets expectations for academic standards, including depth in core physics principles, laboratory skills, and ethical considerations in research. physics master's programs are characterized by high research intensity, with many universities, such as and , integrating students into active research environments from early stages to foster innovation in areas like and . For domestic students in , tuition fees for the four-year MPhys are capped at £9,535 per year for the 2025/26 academic year, treated as undergraduate study, with similar rates applying in and . In , fees for Scottish residents are covered by the Student Awards Agency Scotland, while other students pay £9,535 as of the 2025/26 academic year. Funding is available through loans, such as those from Student Finance England, which cover fees and provide maintenance support up to £13,762 (for students living in ) for living costs in 2025/26, repayable only after and when earning above a threshold. Standalone MSc fees for home students typically range from £10,000 to £13,000, with postgraduate loans offering up to £12,858 in support.

United States

In the , Master of Science (MS) programs in physics are typically standalone post-baccalaureate degrees designed to build advanced knowledge and skills, often serving as a non-terminal pathway to doctoral studies. These programs generally span 1 to 2 years of full-time study, requiring 30 to 45 credit hours of and , though accelerated options exist for well-prepared students. They commonly offer both thesis and non-thesis tracks, with the thesis option emphasizing original under faculty supervision, while non-thesis variants focus on and comprehensive exams for preparation. Prominent institutions such as and host MS physics programs that prioritize research integration from the outset, often through assistantships that immerse students in ongoing projects. At Stanford, for instance, the program encourages collaboration across departments like and , leveraging facilities such as the for hands-on experimentation. These programs highlight research assistantships as a core component, where students contribute to faculty-led investigations in areas like and cosmology, fostering skills transferable to PhD pursuits or industry roles. A distinctive feature of MS physics programs is the evolving role of standardized testing, with the Graduate Record Examination (GRE) general and subject tests increasingly phased out or made optional to broaden access and reduce barriers for diverse applicants. Many programs now emphasize holistic admissions, prioritizing undergraduate GPA, research experience, and letters of recommendation over test scores. Additionally, there is a strong emphasis on interdisciplinary options, such as concentrations in , where students apply physical principles to biological systems through joint coursework with or departments. Funding for MS physics students in the US frequently comes through teaching assistantships (TA) and research assistantships (RA), which typically cover tuition and provide a stipend in exchange for 20 hours per week of duties like grading or lab support. At research-intensive universities, RA positions are particularly common, allowing students to join funded projects and gain publication experience. External fellowships, such as the National Science Foundation Graduate Research Fellowship Program (NSF GRFP), further support promising students by offering $37,000 annual stipends and $16,000 for education costs, applicable to research-based MS degrees in physics.

Continental Europe

In continental Europe, Master of Physics programs adhere to the , which standardizes higher education across the (EHEA) by defining a two-year (120 ECTS credits) structure to promote comparability, quality assurance, and student mobility. These programs are typically modular, allowing students to accumulate credits through , electives, and components, with built-in opportunities for international exchange via Erasmus+ mobility schemes that support short-term study or traineeships abroad. For instance, the in offers a flexible two-year MSc in Physics (120 ECTS), emphasizing specialization in areas like or while integrating Erasmus+ for cross-border experiences. Similarly, the in provides a two-year MSc in Physics at the Institute, structured around advanced and immersion. Program variations reflect national priorities while maintaining Bologna harmonization, with Nordic countries like Denmark favoring research-intensive formats that allocate significant credits (often 30-60 ECTS) to thesis work and experimental projects. In contrast, Portugal emphasizes applied physics, as seen in the University of Porto's two-year Master's in Physics, which combines theoretical foundations with practical applications in engineering and materials science to prepare graduates for industry roles. Language options enhance accessibility; many programs, such as the English-taught MSc at the , are offered in English alongside national languages like German, facilitating participation for international students under Bologna's multilingual framework. These curricula align with the European Physical Society's Tuning guidelines, which outline core competencies in , , and statistical physics, adapted to local contexts without deviating from EHEA standards. Unique aspects include joint degree programs that transcend national borders, fostering EU-wide collaboration; the International Master of Advanced Methods in (IMAPP), a 120 ECTS joint program among TU Dortmund (), University of (), and Université Grenoble Alpes (), exemplifies this by delivering an integrated curriculum leading to multiple accredited degrees. Accreditation emphasizes quality through the European Quality Assurance Register (EQAR), ensuring programs meet descriptors for second-cycle qualifications across the continent. Funding supports accessibility, with EU-level options like Joint Master Degrees providing scholarships covering tuition and living costs for selected programs, including physics-focused initiatives. National scholarships, such as those from the (DAAD), offer stipends for international students in research-oriented tracks. Tuition remains low or absent in several countries; public universities in charge no tuition fees, only administrative semester contributions of €200-€600, while EU/EEA students in face no fees at institutions like the . In , fees for programs like the University of Porto's MSc range from €1,000-€3,000 annually, often offset by national grants.

Career Outcomes

Academic and Research Paths

Graduates of a Master of Physics program are well-positioned to pursue doctoral studies, with many securing direct entry into PhD programs that typically last 5-6 years, depending on the field and institution. The average time to complete a physics PhD in the United States is 6.2 years from the start of graduate studies, though candidates entering with a master's degree may shorten this timeline by leveraging prior experience. Strong performance on the master's , particularly if it results in publications, significantly enhances admission prospects, as admissions committees prioritize potential and academic preparation over standardized tests like the GRE. For instance, applicants with a master's in physics demonstrate higher competitiveness for top programs, where acceptance rates vary from 5-25% across institutions like Stanford and Harvard. Post-master's research roles provide valuable experience en route to advanced degrees or independent careers, often available at universities or government labs as research technicians or junior associates. These positions involve supporting experimental or theoretical projects in areas like or , with salaries ranging from $45,000 to $65,000 annually depending on location and funding. In the UK, opportunities include roles at facilities like the Rutherford Appleton Laboratory supported by the (STFC). Programs like CERN's fellowships may be accessible with relevant experience, but typically require 2-6 years post-master's for entry-level fixed-term contracts in high-energy physics. Fellowships such as the IAEA Marie Skłodowska-Curie Fellowship Programme support women entering nuclear-related physics master's programs, providing up to €40,000 total (up to €20,000 each for tuition and living expenses) as of 2025. Such roles build on research skills, fostering networks essential for PhD applications or lab-based careers. In academic careers, Master of Physics graduates frequently transition to PhD programs where they serve as teaching assistants (TAs), gaining pedagogical experience while receiving financial support including tuition waivers and stipends averaging 25,000−25,000-35,000 per year. These TA positions, common in the first two years of doctoral study, involve leading recitations, grading, and lab instruction, preparing graduates for future roles like lectureships, which typically require a PhD but are bolstered by early publications. Publications stemming from the are crucial, as they demonstrate research impact and are a key factor in securing academic positions, with studies showing that physics PhDs with multiple peer-reviewed papers from graduate work achieve higher placement rates in tenure-track roles. For example, departments like the University of Illinois at Urbana-Champaign prioritize applicants with thesis-derived publications for TA and research assistantships leading to faculty pathways. Further education options allow Master of Physics graduates to specialize, such as through graduate certificates in offered by institutions like and the , which require 12-15 credit hours in programming, simulation, and modeling physical systems. These programs enhance employability in research by focusing on numerical methods and without pursuing a full additional degree. For those interested in , teaching credentials can be obtained via programs like the in () with at or the Ed.M. with in at , combining coursework with content expertise to qualify for licensure. These pathways typically take 1-2 years and emphasize practical skills alongside advanced physics knowledge. In the UK, similar qualifications include the PGCE in physics for .

Industry and Professional Opportunities

Holders of a Master of Physics degree pursue a wide array of professional opportunities in industry and government, applying their expertise in quantitative modeling, computational methods, and problem-solving to practical challenges. Key sectors include technology, where graduates contribute to , , and specialized fields like at companies such as and , developing algorithms and hardware for quantum systems. In finance, they excel in quantitative analysis and roles on , using statistical physics techniques to model market behaviors and derivatives. The energy sector also attracts physics master's holders for modeling renewable systems, such as solar and energy optimization, at firms like . Common roles encompass research scientists in private R&D labs, data analysts processing large datasets for insights, and patent examiners at the and Office (USPTO), where they evaluate inventions in physics-related technologies. In the , the median starting salary for physics master's holders in potentially permanent positions is approximately 75,000−75,000-85,000 as of academic years 2021-24, with variations by role; for instance, data scientists or analysts earn around $82,000 annually. Professional paths extend to consulting firms like McKinsey, where physics modelers support strategy in tech and energy projects, and defense contracting for , involving simulation and systems analysis for space missions. Additional certifications, such as the (PMP), enhance prospects for project leadership roles in these areas. Transferable skills from a physics master's, including mathematical modeling and programming in languages like Python and , enable seamless adaptation to real-world applications across these sectors. While a PhD may be pursued for deeper specialization, the equips graduates adequately for entry into industry and professional roles.

References

  1. https://www.physics.ox.ac.uk/study/undergraduates/master-physics
  2. https://www.manchester.ac.uk/study/undergraduate/courses/2026/02021/mphys-physics/
  3. https://www.coursera.org/articles/masters-in-physics
  4. https://www.ph.ed.ac.uk/studying/undergraduate/our-degrees/faq
  5. https://www.port.ac.uk/news-events-and-blogs/blogs/study-and-student-life/masters-classifications-which-is-right-for-me
  6. https://www.st-andrews.ac.uk/subjects/physics/physics-mphys/
  7. https://degrees.apps.asu.edu/masters-phd/major/ASU00/LAPHYSIMS/physics-ms
  8. https://www.kent.ac.uk/courses/postgraduate/212/physics
  9. https://www.study.eu/article/guide-to-masters-degrees-ma-msc-mba-llm-glossary
  10. https://www.bsu.edu/academics/collegesanddepartments/physics-astronomy/academic-programs/ma-ms-physics
  11. https://www.ohio.edu/cas/physics-astronomy/graduate/masters-ma
  12. https://www.ncl.ac.uk/undergraduate/degrees/f303/
  13. https://www.surrey.ac.uk/undergraduate/physics
  14. https://www.engineering.cornell.edu/aep/meng/
  15. https://heritage.umich.edu/timeline/
  16. https://physics.mit.edu/about-physics/our-history/
  17. https://www.physics.columbia.edu/content/history
  18. https://physics.nd.edu/about/history/
  19. https://physicstoday.aip.org/features/nsf-and-postwar-us-science-1759953538401
  20. https://publications.parliament.uk/pa/cm200607/cmselect/cmeduski/205/205we26.htm
  21. https://education.ec.europa.eu/education-levels/higher-education/inclusive-and-connected-higher-education/bologna-process
  22. https://www.york.ac.uk/study/undergraduate/courses/mphys-physics/
  23. https://warwick.ac.uk/study/undergraduate/courses/mphys-physics/
  24. https://www.physicsandastronomy.pitt.edu/graduate/courses/graduate-core-course-standards
  25. https://www.strath.ac.uk/courses/undergraduate/physicsmphys/
  26. https://www.open.ac.uk/courses/physics/degrees/integrated-master-of-physics-m06
  27. https://graduateprograms.brown.edu/graduate-program/physics-scm
  28. https://www.ox.ac.uk/admissions/undergraduate/courses/physics
  29. https://www.sussex.ac.uk/study/undergraduate/courses/physics-mphys
  30. https://www.ed.ac.uk/studying/undergraduate/degrees/index.php?action=view&code=F300
  31. https://www.bath.ac.uk/courses/undergraduate-2026/physics/mphys-physics/
  32. https://www.ucas.com/undergraduate/applying-university/how-apply
  33. https://www.ox.ac.uk/admissions/undergraduate/applying-to-oxford/guide
  34. https://www.physics.ox.ac.uk/study/undergraduates/how-apply
  35. https://www.ucas.com/undergraduate/applying-university/when-apply
  36. https://www.southampton.ac.uk/courses/physics-degree-mphys
  37. https://www.iop.org/about/support/students
  38. https://www.ox.ac.uk/admissions/undergraduate/courses/course-listing/physics
  39. https://study.ed.ac.uk/programmes/undergraduate/39-chemical-physics
  40. https://www.sheffield.ac.uk/postgraduate/taught/courses/2026/physics-msc
  41. https://www.kcl.ac.uk/study/postgraduate-taught/courses/physics-msc
  42. https://www.gla.ac.uk/undergraduate/degrees/physics/
  43. https://www.qaa.ac.uk/docs/qaa/sbs/subject-benchmark-statement-physics-astronomy-and-astrophysics-2025.pdf
  44. https://www.gla.ac.uk/undergraduate/fees/ukfees/
  45. https://www.gov.uk/government/publications/tuition-fees-and-student-support-2025-to-2026-academic-year/support-with-living-costs-2025-to-2026-academic-year
  46. https://physics.ku.edu/graduate-program/physics-MS
  47. https://www.physicsandastronomy.pitt.edu/graduate/ms-program
  48. https://bulletin.stanford.edu/programs/PHYS-MS
  49. https://www.unr.edu/physics/graduate/graduate-assistantship
  50. https://www.nsf.gov/funding/opportunities/grfp-nsf-graduate-research-fellowship-program
  51. https://www.uni-graz.at/en/studies/master-programmes/physics/
  52. https://www.ku.dk/studies/masters/physics
  53. https://www.up.pt/portal/en/study/masters-degrees/courses/fcup/893/
  54. https://www.hrk-nexus.de/fileadmin/redaktion/hrk-nexus/07-Downloads/07-03-Material/eps_specification_mphys.pdf
  55. https://imapp.eu/
  56. https://erasmusscholarships.com/imapp-erasmus-mundus/
  57. https://www2.daad.de/deutschland/studienangebote/international-programmes/en/detail/3805/
  58. https://leverageedu.com/learn/msc-physics-in-germany/
  59. https://www.mastersportal.com/articles/405/tuition-fees-at-universities-in-europe-overview-and-comparison.html
  60. https://www.aip.org/statistics/trends-in-physics-phds
  61. https://as.nyu.edu/departments/physics/programs/graduate/physics-graduate-admissions-faq.html
  62. https://achievable.me/articles/top-graduate-schools/physics/
  63. https://www.glassdoor.com/Salaries/physics-research-assistant-salary-SRCH_KO0%2C26.htm
  64. https://stfc.ukri.org/
  65. https://careers.cern/programmes/project-graduates/
  66. https://www.iaea.org/services/key-programmes/together-for-more-women-in-nuclear/iaea-marie-sklodowska-curie-fellowship-programme
  67. https://physics.illinois.edu/admissions/graduates/financial-aid
  68. https://www.aip.org/statistics/physics-graduate-student-compensation-academic-year-2023-24
  69. https://phys.uic.edu/academics/graduate-studies/taappointments/
  70. https://www.aip.org/statistics/physics-phds-ten-years-later-success-factors-and-barriers-in-career-paths
  71. https://physics.osu.edu/physics-programs-0/computational-physics-certificate
  72. https://catalog.missouri.edu/collegeofartsandscience/additionalcertificatesminors/cert-computational-physics/
  73. https://www.montclair.edu/graduate/teaching-mat-with-certification-in-physics/
  74. https://gse.rutgers.edu/degree/ed-m-with-certification-in-physical-science-or-physics-education/
  75. https://www.gov.uk/government/publications/initial-teacher-training-courses/initial-teacher-training-courses
  76. https://thequantuminsider.com/2022/06/29/how-to-start-a-career-get-a-job-in-quantum-computing/
  77. https://www.aps.org/careers/options
  78. https://www.ucumberlands.edu/blog/industries-where-applied-physics-degree-opens-doors
  79. https://www.uspto.gov/jobs/become-patent-examiner
  80. https://www.aip.org/statistics/starting-salaries-of-exiting-physics-masters-one-year-after-degree-degree-recipients-from-academic-years-2021-22-2022-23-and-2023-24
  81. https://www.glassdoor.com/Salaries/data-analyst-salary-SRCH_KO0,12.htm
  82. https://www.math.columbia.edu/~woit/wordpress/?p=13147
  83. https://news.clearancejobs.com/2022/07/25/top-10-defense-contractors-with-nasa-programs/
  84. https://cisa.asu.edu/project-management
  85. https://www.novascholar.org/blog-posts/exploring-career-opportunities-with-a-degree-in-physics
  86. https://www.aip.org/statistics/physics-masters-one-year-after-degree
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