Marta Mauri

Quantum Applications @PsiQuantum
~Views are my own~

[Mohamed Hibat-Allah @MedHibatAllah]

Thrilled to share that our racing comparison between classical and quantum models is out in Comms Physics https://t.co/q9llFfooRv. Many thanks to my amazing collaborators @maurimarta14, @carrasqu, @aperdomoortiz

@ZapataComputing @Perimeter @VectorInst @UWaterloo @MitacsCanada

[Marta Mauri @maurimarta14]

@askryanair my flight for tomorrow was cancelled last minute and I need to speak with an agent. What's the best number?

[Marta Mauri @maurimarta14]

Check out our new preprint about practical #quantum advantage in #GenerativeAI and join the race!🏃🏽‍♀️🏃🏽‍♂️
https://t.co/CFHeUc9hTa
Details in the 🧵⤵️

[Mohamed Hibat-Allah @MedHibatAllah]

Glad to share a new paper formalizing a race for practical #quantum advantage (PQA) between classical and quantum generative models in terms of generalization. Join us in the race with your top runners!
https://t.co/anjByJFPKD

Summary in the thread below 🧵: 1/7

[Marta Mauri @maurimarta14]

#TGIF: Zapata has launched the Summer '23 Internship Program! Don't be shy and apply to join our Quantum AI team if you're looking forward to exciting research + software development + loads of fun with the greatest people! Share the word and reach out 🎉

[Marta Mauri @maurimarta14]

Brand new milestone in the journey towards characterizing #generalization capabilities of quantum-circuit-based #generative models. Check out the thread below and dig into the manuscript for more details! https://t.co/3Av6weAPEq

[Alejandro Perdomo-Ortiz @aperdomoortiz]

Research paper alert!🔥 Have you ever wondered if #quantum-circuit-based generative models have any generalization capability? Check out this joint work, https://t.co/M3WQqxHYx3 with @gili_kaitlin @MedHibatAllah @maurimarta14 & Chris Ballance

Summary in the thread below 🧵👇

[Marta Mauri @maurimarta14]

Could not be more grateful to work at @ZapataComputing - the spotlight is always on the people and this has such an impact on my job every single day! Excited to be part of the family!

[Alejandro Perdomo-Ortiz @aperdomoortiz]

Loved this personal spotlight about our raising star @maurimarta14 ! 💫 🚀👩‍💻: https://t.co/x4q8Tjrr9e. Could not be more grateful for her outstanding work as our Research Manager, and for all her past and present outstanding contributions to our #Quantum #ML research ⚛️.

[Marta Mauri @maurimarta14]

Welcome to all the 2022 Zapata interns! Special greetings to our Quantum AI stars, who are already doing an exceptional job with their projects! Excited to continue learning from them and walk together towards practical quantum advantage 🚀

[Marta Mauri @maurimarta14]

Come work in our #Quantum #AI team and join us on the quest for practical quantum advantage!
Spoiler: fun guaranteed!
#hiring @ZapataComputing

[Alejandro Perdomo-Ortiz @aperdomoortiz]

Please retweet!🔥 We have 6 new positions in our #Quantum #AI team @Zapata!🚀 We are now a team of 15 scientists and engineers committed to the quest for practical quantum advantage! Looking for exceptional talent to push the frontier of #QuantumComputing & #ML research. See 🧵👇

[Marta Mauri @maurimarta14]

As a highlight of quality-based metrics, we demonstrate that the TNBM is able to generate queries that are of better quality than those in the training set. The quantum-inspired model produces 15x more of these samples than the classical GAN. 8/8

[Marta Mauri @maurimarta14]

We are excited to share our work on the challenging topic of generalization in classical and quantum generative models!
https://t.co/sK6b1YjtcI
We propose a new framework and generalization metrics, that are also useful tools to rigorously define practical quantum advantage. 1/8

[Marta Mauri @maurimarta14]

Our validity-based metrics show that the quantum-inspired model is a clear winner, achieving superior generalization values to three GAN variants. The TNBM is (3.76, 3.75, 68.2) times better than the GANs across (Fidelity, Rate, Coverage) values! 7/8

[Manuel Rudolph @QuantumManuel]

We are very happy to introduce orqviz: An open-source Python library to flexibly visualize high-dimensional landscapes of Variational Quantum Algorithms.

https://t.co/8naDQsui0P and https://t.co/APNe0FqlcA

Check out this thread for applications we explore in the paper. 1/6

[Alan Aspuru-Guzik @A_Aspuru_Guzik]

With the @ZapataComputing and #matterlab including @aperdomoortiz @RomeroFontalvoJ Peter Johnson @mstechly @sukin_sim @maurimarta14 @QuantumManuel @JakobKottmann @AlexanderKunit1 and Javier Alcazar! #quantumcomputing thanks for coming to #Toronto !

[Marta Mauri @maurimarta14]

The quantum community is growing in Italy too!