Project Description
Companies all around the world are building quantum computers using superconducting electrical circuits. The quantum bits are encoded in a network of linear and nonlinear inductors and capacitors. In this project, we will use the theory of electrical circuit equivalents to list all of the possible quantum bits. The project is entirely theoretical and will require mathematical modeling of circuits and programming to automate finding the circuits.
If you would like to get more of a feel for what this project might be about look at the wikipedia page for "Equivalent impedance transforms".
Special Requirements
- Must have taken: programming (C, Python, Julia), linear algebra
- Optional: electrical circuits, Quantum theory
Contact
- Josh Combes (faculty)