Awesome Quantum Computing Experiments is on ArXiv!

57+ QEC implementations tracked
Interactive visualizations
Useful for researchers & students

Github: github.com/francois-marie/awesome-quantum-computing-experiments
Site: francoismarieleregent.xyz/awesome-quantum-computing-experiments/

1/3 🧵

Last week, we published a paper that really excites me:
"Circuit compression for 2D quantum dynamics"

Using Pauli propagation, we (Matteo) were able to compress Trotter circuits for systems up to 30x30 with depth reductions of x2 to x13.

Link: arxiv.org/abs/2507.01883

Retweeting this for the folks (myself included) that weren't online over the long weekend

PauliPropagation.jl is open source library that you can use to approximately simulate quantum circuits

We explain the nitty gritty of how these algorithms work in practise in our latest companion paper

🧵👇

Je vous annonce qu’on a officiellement lancé le chantier « colonisation et indépendance de l’Algerie » en interne. Ça sera pas avant quelques mois mais cette année on va essayer de faire un point sur tout ça. Faut poser les choses et soutenir les prises de parole comme celle d’Aphatie.

Kicking off my existence on this platform with a paper release 🔥

We propose a framework for the quantum-enhanced classical simulation of small expectation landscape "patches".
In short: You can do more classically than you might have thought.

scirate.com/arxiv/2411.1...
#quantum