Talk dedicated to quantum algorithms and their potential application, with an emphasis made on pratical implementation and results of such implementations.

In this poster I summarise the research I have done on QatHS, the quantum wave equation solver.

In this talk I explain the research path followed at CERFACS that brought us to solve linear systems of equations on IBM chips.

In the last few years, several quantum algorithms that try to address the problem of partial differential equation solving have been devised: on the one hand, “direct” quantum algorithms that aim at encoding the solution of the PDE by executing one …

This post is part of a serie of posts on my experience with the IBM Quantum Challenge 2020.
The serie is organised as follow:
Introduction to the problem. Mathematical reformulation of the problem.

This post is part of a serie of posts on my experience with the IBM Quantum Challenge 2020.
The serie is organised as follow:
Introduction to the problem. Mathematical reformulation of the problem.

This post is part of a serie of posts on my experience with the IBM Quantum Challenge 2020.
The serie is organised as follow:
Introduction to the problem. Mathematical reformulation of the problem.

This post is part of a serie of posts on my experience with the IBM Quantum Challenge 2020.
The serie is organised as follow:
Introduction to the problem. Mathematical reformulation of the problem (this post).

I recently participated to the IBM Quantum Challenge 2020 and had a LOT of fun with the last exercise.
In a serie of \(N\) blog posts (\(N \in [4, \infty)\) for the moment, subject to change when I will realise I have too much to say) I will present you the solution I submitted and that granted me the 14th place of the challenge that involved more than 1000 participants.