Physics 480/750 - Special Topics: Introduction to Quantum Information

This course gives an introduction to the rapidly-evolving field of quantum information and surveys contemporary physical implementations insuperconductor-based quantum computing. Topics include:

  • Intro to Quantum Information
  • Quantum Gates and Circuits
  • Quantum Algorithms
  • Quantum Teleportation
  • Superconductivity-based Implementations

Physics 451 students use an STM to image atoms.

Physics 451 - Quantum Structure of Materials

This is a survey lecture/laboratory class that discusses advances in modern physics and the impact of quantum mechanics on modern-day science, materials, technology and thinking. Topics include:

  • Wave-particle duality
  • The Hydrogen Atom
  • Schroedinger's Equation
  • Quantum Tunneling and the STM
  • Macroscopic Quantum Mechanics
  • Solid-state Physics
  • bon Nanotube Physics
  • Superconductivity and Quantum State Engineering

A student demonstrates how a Segway balances using solid-state gyroscopes while another discusses the physics of surfing.

Physics 135 (formerly 480) - How Things Work

This is a popular class that teaches physics principles using everyday devices and experiences. Topics include:

  • Amusement Park Physics
  • Hurricanes, Gyroscopes and Torpedoes
  • Submarines, Balloons and Hydraulic Lifts
  • Air cleaners and Photocopiers
  • Tape recorders, Credit cards and Motors
  • Microwave Ovens, Sunlight and the EM Spectrum
  • LEDs, CDs, DVDs and Optical Recording
  • Emerging Technologies: Superconductors, Quantum Devices and New Materials

How Things Work pioneered the use of "clickers" at Drexel in 2005 and inspired courses such as the Chemistry Dept's Why Things Work.