Applications of Quantum Information

IN THIS COURSE

• 1.  The Promise Of Quantum Computers
  3m 52s
  Thus far, you've learned how a quantum computer differs from a classical computer, and you have seen examples of the tremendous potential of quantum computing. Now it's time to start learning the promise of quantum computers. FREE ACCESS
• 2.  Understanding Quantum Algorithms
  6m 22s
  Now that you understand the promise of quantum computing, there are algorithms that are needed to fully take advantage of the subject. See the algorithms that are known today and how there are several different approaches to the development of new algorithms FREE ACCESS
• 3.  Quantum Advantage
  5m 12s
  After learning what algorithms can be implemented on a computer you need to understand how this is an advantage. Compare how these algorithms work on classical computers vs. quantum computers. FREE ACCESS
• 4.  The Promise Of Quantum Computing
  3m 24s
  Quantum communication is qualitatively different than classical communication. In this video, you will learn about the promise of quantum communication and how to realize this potential by looking at what criteria must be met to realize quantum advantage. FREE ACCESS
• 5.  Understanding Quantum Communication
  4m 50s
  The potential for quantum advantage with quantum communication can be understood in the context of the number of participating parties, from two-user communication to multi-user distributed applications. In this section, you will learn about several such examples that illustrate the promise of quantum communication. FREE ACCESS
• 6.  Limits of Classical Computing
  13m 28s
  We have talked about how some problems are much harder to compute on a classical computer. Now learn how computational complexity is defined and how problems are defined. FREE ACCESS
• 7.  Topics on Complexity Theory
  6m 25s
  A deep dive on what complexity theory is in relation to quantum computing. FREE ACCESS