Indirect quantum interactions on a quantum computer.

One of the main issues with many quantum computing platforms is that not all quantum bits (qubits) can interact directly. This results in an overhead in the number of operations required to run an algorithm and ultimately in longer run times that can become prohibitive. Entangled Networks is currently developing hardware and software solutions to elevate this problem by using alternative methods to mediate interactions. The aims of this project is to develop code that can be used to benchmark these algorithms. The results will help in deciding which directions are worth implementing in the short term and are expected to lead to further collaborations between U. Sherbrooke and Entangled Networks.

Faculty Supervisor:

Dave Touchette

Student:

Partner:

Entangled Networks

Discipline:

Computer science

Sector:

Manufacturing

University:

Université de Sherbrooke

Program: