Brief Introduction
This first course in quantum computing is for novices and requires learners to have only basic algebra. It covers the future impacts of quantum computing, provides intuitive introductions of quantum physics phenomenon, and progresses from single operations to a complete algorithm.
Description
Quantum computing is coming closer to reality, with 80+ bit machines in active use. This course provides an intuitive introduction to the impacts, underlying phenomenon, and programming principles that underlie quantum computing.
The course begins with an exploration of classes of computational problems that classical computers are not well-suited to solve. We then progress to an intuitive introduction to key QIS concepts that underlie quantum computing. Next, we introduce individual quantum operations, but with a symbolic representation and mathematical representation. A limited set of linear algebra operations will be taught so that students can calculate operation results. Finally, we string these individual operations together to create the first algorithm that illustrates the performance advantage resulting from these unique operations.
Knowledge
- ● Which types of applications may benefit from quantum computing
- ● Quantum physics principles and how they affect quantum computing
- ● Mathematical representation of quantum state
- ● Individual quantum operations
- ● Mathematical operations to calculate quantum operations
- ● Representation of multi-operation sequences
- ● Deutsch’s algorithm
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