Program Overview

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Physics: Quantum Computing, MS

The MS in PhysicsQuantum Computing (MSPQC) is an intensive professional masters degree designed to provide flexibility to students. It can be completed in one calendar year (three semesters) or it can take up to six semesters on a part-time basis. The program provides students with a thorough grounding in the discipline of quantum information and quantum computing.

Program Description

The program begins with a study of the relevant parts of quantum theory, and proceeds to quantum gates, measurements, algorithms, quantum error correction, and decoherence. Quantum communication theory and the secure transmission of information are also covered. The supporting areas of statistical mechanics, solid-state physics, and atomic physics form part of the classroom training. Just as important, the program gives students a mastery of advanced lab skills involved in quantum computation and participation in mentored research projects is required.

Career Opportunities

Students who graduate from this program will have the tools to succeed as researchers or program managers in a quantum computing or quantum technologies enterprise. They may also use the program as a springboard to PhD programs in physics or related areas.

Admissions

• Fall Deadline: March 15
• Spring Deadline: November 1
• Summer Deadline: The program does not admit in the summer.
• GRE (Graduate Record Examinations): GRE General Test not required. GRE Physics Subject Test not required.
• English Proficiency Test: Refer to the Graduate School's policy.
• Letters of Recommendation Required: 3

Admissions Materials

• Three letters of recommendation
• Unofficial transcripts
• Resume/CV
• Statement of Purpose: Address relevant experiences and future research/industry interests and goals.

Funding

Students enrolled in this program are not eligible to receive tuition remission from graduate assistantship appointments at this institution. Resources to help afford graduate study might include assistantships, fellowships, traineeships, and financial aid.

Requirements

Mode of Instruction

• Face to Face: Yes
• Evening/Weekend: No
• Online: No
• Hybrid: No
• Accelerated: No

Curricular Requirements

• Minimum Credit Requirement: 30 credits
• Minimum Residence Credit Requirement: 16 credits
• Minimum Graduate Coursework Requirement: 15 credits must be graduate-level coursework.
• Overall Graduate GPA Requirement: 3.00 GPA required.

Required Courses

• Fall:
  • PHYSICS 701: Graduate Introductory Seminars (1 credit)
  • PHYSICS 709: Introduction to Quantum Computing (3 credits)
  • PHYSICS 531: Introduction to Quantum Mechanics (3 credits)
  • PHYSICS elective: Any PHYSICS course numbered 300 or above (3 credits)
• Spring:
  • PHYSICS 779: Advanced Quantum Computing (3 credits)
  • PHYSICS 551: Solid State Physics (3 credits)
  • PHYSICS or other elective: Any PHYSICS course numbered 300 or above; courses outside of PHYSICS must be approved by the MS Physics-Quantum Computing program (6 credits)
• Summer:
  • PHYSICS 707: Quantum Computing Laboratory (4 credits)
  • PHYSICS 799: Independent Study (1 credit)

Policies

Prior Coursework

Refer to the Graduate School's policy on Transfer Credits for Prior Coursework.

Probation

Refer to the Graduate School's policy on Probation.

Advisor / Committee

All students will be assigned a faculty advisor upon matriculation.

Credits Per Term Allowed

15 credit maximum. Refer to the Graduate School's policy on Maximum Credit Loads and Overload Requests.

Time Limits

Refer to the Graduate School's policy on Time Limits.

Grievances and Appeals

Follow the Graduate School's process for grievances and appeals.

Professional Development

Resources to help afford graduate study might include assistantships, fellowships, traineeships, and financial aid. The MSPQC program is affiliated with the Wisconsin Quantum Institute (WQI), providing students with access to professional development opportunities through UWMadisons membership in the Chicago Quantum Exchange, the National Science Foundations Quantum Leap Challenge Institute, HQAN, and the Department of Energys Q-NEXT Center.