Rutgers University—Master’s of Physics, Quantum Science track

Rutgers University—Master’s of Physics, Quantum Science track

Physics & Astronomy/Rutgers, The State University of New Jersey, 136 Frelinghuysen Road, Piscataway, NJ, New Brunswick, New Jersey 08554-8019, United States of America
Rutgers University—Master’s of Physics, Quantum Science track
Rutgers University—Master’s of Physics, Quantum Science track

Rutgers University—Master’s of Physics, Quantum Science track

Physics & Astronomy/Rutgers, The State University of New Jersey, 136 Frelinghuysen Road, Piscataway, NJ, New Brunswick, New Jersey 08554-8019, United States of America

About

Kick start your quantum career with a terminal master’s degree program from a Tier 1 AAU Research University. The Rutgers Department of Physics and Astronomy boasts world-class researchers who are dedicated to student success.

Located at the New Brunswick campus of Rutgers University, the Master’s of Physics—Quantum Science track offered by the Department of Physics and Astronomy is designed to prepare a new generation of professionals for the quantum workforce. The two-year (30-credit) program provides a comprehensive curriculum that touches on all aspects of quantum science, designed to immerse students in both theoretical concepts and experimental techniques. Courses are taught by core faculty in the Department of Physics and cover such topics as quantum mechanics, solid state physics, many body physics, quantum optics, computational physics, quantum computing, and machine learning.

 

The Center for Materials Theory partners with leaders in the quantum industry sector to make available an array of experiential learning opportunities. The summer internship program allows the students to be exposed to cutting-edge research problems and prepares them for the research activities during the final year of the Master’s program. To ensure that graduates of the program are well prepared for the rigors of the quantum workplace, students are strongly encouraged to pursue summer internships in either research groups at the Center for Materials Theory or with an industry partners such as Amazon, Google, Microsoft, IBM, Rigetti, Nokia Bell Labs, and IonQ, or local computing laboratories. The partner organization or the corresponding research lab supports students’ research activities over the summer.

Program Requirements

Students must complete a total of thirty (30) credits, including a master’s thesis. There is no comprehensive examination. Students can complete the Quantum Science track with emphasis on either quantum computing or quantum matter.

Students enrolling in the program without the necessary background needed for the advanced Master’s coursework will be required to take additional coursework before the start of the program:
• Intermediate Quantum Mechanics (Physics 417)
• Introductory Solid State Physics (Physics 406)

Research experience is a crucial component of the training of each student and occupies the majority of the second year of the program. During this time, students are assigned a faculty mentor who supervises a research project on a topic in quantum science. At the end of the project, students are expected to submit a Master’s Thesis. Research work culminating in a publication is not required for graduation but is highly recommended. Master’s research focuses on an original question that is of relevance to the field of quantum information and quantum matter.
GRE Requirements: Not Required
Physics GRE Requirements: Not Required
TOEFL Requirements: Required

Description of your department culture

The Department of Physics at Rutgers University/New Brunswick is proud of its open, collegial, and welcoming environment. Graduate students have virtually unlimited access to faculty for discussion and advising, and the students form a tight-knit unit that eats, socializes, and even goes on outings together. New Brunswick offers an active nightlife, theater, and a wide variety of restaurants, as well as easy access to New York and Philadelphia's cultural events and destinations.