Courses and Seminars on Quantum Circuits
at the Univ of Michigan

• Fall 2003:
• The Quantum Circuit Seminar at EECS
• Smita Krishnaswamy: Quantum Counters (ppt)
  Tuesday, October 7 at 5:00pm EECS 3433
• George Viamontes: Improving Gate-Level Simulation of Quantum Circuits (ppt)
  Tuesday, September 30 at 5:00pm EECS 3433
• Vivek Shende: Two-Qubit Quantum Circuits (ppt, pdf)
  Tuesday, September 23 at 5:00pm EECS 3433
• Igor Markov: Ongoing Projects on Quantum Circuits and Algorithms (ppt, pdf)
  Tuesday, September 16 at 5:00pm EECS 3433
• John Hayes: Tutorial: Basic Concepts in Quantum Circuits (pdf)
  Tuesday, September 16 at 4:30pm EECS 3433
• Fall 2002:
• The Quantum Circuit Seminar at EECS
• Manoj Rajagopalan: An Error Model for Ion-Trap Quantum Computers (ppt, pdf)
  Wednesday, November 13 at 4:30pm EECS 3433
• Ketan Patel: Fault Testing for Reversible Circuits (pdf)
  Wednesday, November 6 at 4:30pm EECS 3433
• Paul Black (NIST): A Quantum Simulator for Imperfect Gates Wednesday, October 30 at 4:30pm EECS 3433
• Stephen Bullock (Math Dept): Small Circuits For Arbitrary 2-Qubit Quantum Computations (pdf)
  Wednesday, October 23 at 4:30pm EECS 3433
• Vivek Shende: Synthesis of Reversible Logic Circuits (ppt) Wednesday, October 16 at 4:30pm EECS 3433
• Yaoyun Shi: Polynomial Approximations and Quantum Lower Bounds (pdf)
  Wednesday, October 2 at 4:30pm EECS 3433
• George Viamontes: High-Performance Simulation of Quantum Computation using QuIDDs (ppt)
  Wednesday, September 25 at 4:30pm EECS 3433
• Summer 2002:
• The Quantum Circuits Seminar at EECS
• Ketan Patel: Encoded Universality from a Single Physical Interaction (pdf [1 slide per], pdf)
  Monday, July 8 at 4:00pm EECS 2311
• Vivek Shende: What the CNOT and TOFFOLI need to be truly Quantum (ppt)
  Monday, July 1 at 4:00pm EECS 2311?
• Manoj Rajagopalan: Simulated Annealing in Quantum Circuit Synthesis (ppt, pdf)
  Monday, Jun 17 at 4:00pm EECS 2311
• DoRon Motter: NMR QIP and Entanglement (ppt)
  Monday, May 27 at 4:00pm EECS 2120
• Ketan Patel: The Hidden Subgroup Problem (pdf [1 slide per], pdf)
  Monday, May 13 at 4:00pm EECS 3400
• Vivek Shende: Reversible Circuit Synthesis ( ppt)
  Monday, May 6 at 4:00pm EECS 2311
• Winter 2002:
• The Quantum Circuits Seminar at EECS
• Aditya Prasad: Superposition, Entanglement, and Quantum Computation (ppt, pdf)
  Monday, April 1 at 4:00pm EECS 3400
• Ketan Patel: A Practical Architecture for Reliable Quantum Computers (pdf [1 slide per], pdf)
  Monday, March 11 at 4:00pm EECS 3400
• DoRon Motter: Dogma and Heresy in Quantum Computing (ppt, pdf)
  Monday, February 18 at 4:00pm EECS 3400
• Aditya Prasad: Efficient Permutation Instructions for Fast Software Cryptography (ppt, pdf)
  Monday, February 11 at 4:00pm EECS 3400
• George Viamontes: Quantum Search Heuristics: Tad Hogg's Perspective (ppt)
  Monday, February 4 at 4:00pm EECS 3400
• Fall 2001:
• EECS 598: Quantum Circuits
• Physics 644: Quantum Computing
• Summer 2001:
• The Quantum Circuits Seminar at EECS
• Vivek Shende: Classical and Quantum Fourier Transforms (abstract)
  Tue Jun 26 at 12:30pm, EECS 2120
• Aditya Prasad: Elementary Gates for Quantum Computation (abstract)
  Thu July 5 at 5:30pm, EECS 2120
• Aditya Prasad: A Presentation of a Paper by Olivier Coudert - Doing Two Level Logic Minimization 100 Times Faster (abstract)
  Tuesday, July 17 at 3:30pm EECS 2311
• Vivek Shende: The BDS Circuit Synthesis Program (abstract, ppt ).
  Tuesday, July 24 at 3:30pm EECS 2311
• DoRon Motter: The CUDD Package (ppt)
  Tuesday, July 24 at 3:30pm EECS 2311
• DoRon Motter: Fast Spectral Transforms and Applications (abstract, ppt)
  Tuesday, July 31 at 3:30pm EECS 2311
• Aditya Prasad: Branch and Bound Synthesis of Classical Circuits (ppt)
  Tuesday, August 7 at 3:30pm EECS 2311
• Vivek Shende: Symbolic Reduction of Quantum Circuits, and Group Theory in Classical Circuit Synthesis (ppt1, ppt2)
  Tuesday, August 7 at 5:00pm
• DoRon Motter: Quantum Speedups (abstract , ppt)
  Tuesday, August 14 at 3:30pm EECS 2311
• DoRon Motter: Quantum Simulators ( abstract, ppt)
  Tuesday, August 28 at 3:30pm EECS 2311