Physics, PhD

Program Overview

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The Physics PhD program at ASU offers a diverse range of research opportunities in theoretical and experimental physics, fostering collaboration across disciplines. Students benefit from individualized research focus, strong faculty support, and STEM-OPT extension eligibility. The program equips graduates with the technical, problem-solving, and analytical skills for success in research-intensive careers across physics and related fields.

Program Outline

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Physics PhD at ASU

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Degree Overview

The PhD program in Physics at ASU is designed for highly capable students seeking independent research careers. It features a diverse array of research opportunities in theoretical and experimental physics, and fosters collaboration across multiple disciplines. The program's unique strengths include:

• Cutting-edge research across diverse areas: Research areas range from cosmology and quantum mechanics to biophysics and electron imaging.
• Transdisciplinary collaboration: The program encourages cross-disciplinary projects leveraging expertise across physics, biology, chemistry, and engineering.
• Individualized research focus: Students work closely with faculty in shaping their research and developing expertise within their chosen area.
• STEM-OPT extension eligibility: International students can gain additional hands-on experience in the field.
Overall, the program aims to equip graduates with the technical, problem-solving, and analytical skills for success in research-intensive careers across physics and related fields.

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Outline

The program consists of coursework (54 credit hours), research (30 credit hours), and a dissertation (12 credit hours).

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Coursework:

• Required Core (18 credit hours): Covers core physics topics and research methods.
• Electives or Research (54 credit hours): Focus on specialized topics and further explore research through faculty-guided work.

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Research:

• Students conduct original research under the guidance of a faculty advisor and committee.
• Research areas include astrophysics, biophysics, cosmology, nanoscience, particles and fields, and theoretical physics.
• The program facilitates participation in conferences and publication of research findings.

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Dissertation:

• Students complete a detailed dissertation based on their research findings, showcasing their expertise and contribution to the field.
• The dissertation requires rigorous writing, defense, and approval by the dissertation committee.

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Assessment

The program utilizes various assessment methods to ensure student progress and achievement of desired outcomes:

• Coursework assessments: Include exams, assignments, presentations, and projects, evaluating mastery of core concepts and analytical skills.
• Research progress reports: Regular meetings with advisors assess research progress, including data analysis and problem-solving abilities.
• Qualifying exams: Comprehensive written and oral exams test understanding of fundamental physics and research preparedness.
• Dissertation defense: Public defense of the dissertation evaluates the research, its contribution to the field, and the graduate's communication and presentation skills.

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Teaching

The program employs diverse teaching methods that foster active learning and encourage student engagement:

• Interactive lectures: Encourage active participation through discussions and problem-solving.
• Seminars and workshops: Provide opportunities for focused discussions on specific topics and research presentations.
• Collaborative research experiences: Facilitate teamwork and development of research skills in collaborative environments.

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Careers

Graduates of the Physics PhD program at ASU are positioned for careers in various sectors, including:

• Academia: Conduct research and teach physics at universities and research institutions.
• Government laboratories: Advance science and technology through research at national labs.
• Management positions: Leverage analytical and problem-solving skills for leadership roles in various organizations.
• Finance and technology: Utilize quantitative analysis skills in financial modeling, data analysis, and technology development.

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Other

• The program is open to applicants with a Bachelor's or Master's degree in Physics or related fields.
• Minimum GPA requirements apply.
• Required application materials include transcripts, personal statement, resume, and letters of recommendation.
• International students must demonstrate English proficiency.
The program offers diverse research opportunities, individual faculty support, and comprehensive training in research skills, preparing graduates for successful careers in cutting-edge research and various professional settings.