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Quantum Information IV: Quantum Science Applications
Course #: PHYSIC 447
Description:
This course is devoted to applications of Quantum Information Science. The course is divided in three parts. Part I is a survey of current implementation schemes from quantum computers, from superconducting flux qubits to ion traps to NMR to adiabatic computers like D-wave. Part II is devoted to simulating quantum systems and quantum computers. Using the package QUTIP (see http://qutip.org/docs/latest/installation.html) students will learn how to simulate quantum circuits and quantum systems on a classical computer and perform some quantum algorithms. In part III, students will learn how to program a real quantum computer using the IBM Quantum Experience module and will write software for real quantum computers.
Pre Requisites: Pre-requisite: PHYSIC 247 and PHYSIC 347 and PHYSIC 351 or permission of instructor
Offered in:
2026 Spring
| Section | Class Number | Schedule/Time | Instructor | Location | |
|---|---|---|---|---|---|
| 01 | 12068 | MW 3:30 - 4:45 pm |
Cote,Robin | McCormack M01-0418 | |
|
Session:
Regular
Class Dates:
01/26/2026 - 05/13/2026
Capacity:
25
Enrolled:
6
Status:
Open
Credits:
3/3
Class Notes:
Pre Requisites:
Pre-requisite: PHYSIC 247 and PHYSIC 347 and PHYSIC 351 or permission of instructor
Course Attributes:
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