Vincent Russo (@captainhamptons) 's Twitter Profile
Vincent Russo

@captainhamptons

BS, MS, and PhD in computer science. Software engineer focused on quantum computing. Metalhead guitar player.

ID: 2686347572

linkhttps://vprusso.github.io/ calendar_today28-07-2014 01:41:26

99 Tweet

341 Followers

1,1K Following

Vincent Russo (@captainhamptons) 's Twitter Profile Photo

Honored to have |toqito> accepted as an officially affiliated project under the NumFOCUS organization: link.medium.com/ML9FaaKJjNb Excited to expose |toqito> to a broader audience and to continue its growth and development. github.com/vprusso/toqito

Vincent Russo (@captainhamptons) 's Twitter Profile Photo

Excellent video by Nate from the UF showcasing the LRE error mitigation technique by Andrea Mari and myself (preprint: arxiv.org/abs/2402.04000). Excited to see this in mitiq! Great job to Purva Thakre for her excellent work in getting this integrated!

Alessandro Cosentino (@cosenalgo) 's Twitter Profile Photo

We're seeking awesome speakers to bring the quantum computing fun FOSDEM @[email protected] Have a unique perspective, a fresh idea, or a cool open source project you want to share? Submit your talk proposal! unitary.fund/community/FOSD…

Vincent Russo (@captainhamptons) 's Twitter Profile Photo

Layerwise Richardson extrapolation (LRE) is a quantum error mitigation (QEM) technique defined in (the recently published): journals.aps.org/pra/abstract/1… LRE has been implemented in mitiq as a QEM method you can use today! mitiq.readthedocs.io/en/stable/guid…

Layerwise Richardson extrapolation (LRE) is a quantum error mitigation (QEM) technique defined in (the recently published): journals.aps.org/pra/abstract/1…

LRE has been implemented in mitiq as a QEM method you can use today!
mitiq.readthedocs.io/en/stable/guid…
Tathagata Gupta (@curiousat3am) 's Twitter Profile Photo

Very happy to share that our new paper has been accepted in Physical Review A for publication. In this paper we show that finite length strings of unentangled quantum states (called sequences) can be optimally discriminated by fixed local protocol ++ #Quantum #AcademicTwitter

Very happy to share that our new paper has been accepted in <a href="/PhysRevA/">Physical Review A</a> for publication. In this paper we show that finite length strings of unentangled quantum states (called sequences) can be optimally discriminated by fixed local protocol ++

#Quantum #AcademicTwitter
Quantiki (@quantiki) 's Twitter Profile Photo

Quantum Open Source Contributors Wanted - Google Summer of Code 2025, supervised by Purva Thakre Purva Thakre and Vincent Russo Vincent Russo #QuantumSoftware #GSoC quantiki.org/position/quant…

Vincent Russo (@captainhamptons) 's Twitter Profile Photo

Happy to announce that the |toqito> software project was selected for Google Summer of Code! If you are a student or recent open-source developer and want to contribute to quantum computing software, check out |toqito>! github.com/vprusso/toqito

Happy to announce that the |toqito&gt; software project was selected for Google Summer of Code! 

If you are a student or recent open-source developer and want to contribute to quantum computing software, check out |toqito&gt;!
github.com/vprusso/toqito
Vincent Russo (@captainhamptons) 's Twitter Profile Photo

New paper: Uses quantum circuit "unoptimization" as a noise-scaling technique for the ZNE (zero-noise extrapolation) error mitigation strategy. 📜 Paper: arxiv.org/abs/2503.06341 💻Code: bit.ly/3FwaYKY ✍️Blog: bit.ly/43Ep7jf

New paper:

Uses quantum circuit "unoptimization" as a noise-scaling technique for the ZNE (zero-noise extrapolation) error mitigation strategy.

📜 Paper: arxiv.org/abs/2503.06341
💻Code: bit.ly/3FwaYKY
✍️Blog: bit.ly/43Ep7jf
Vincent Russo (@captainhamptons) 's Twitter Profile Photo

Contribute to the |toqito⟩ project via @unitary.foundation‘s 5th edition of #unitaryHACK on May 28-June 11. Learn more at unitaryhack.dev. #unitaryHACK2025, #quantum, #OpenSource github.com/vprusso/toqito

Tathagata Gupta (@curiousat3am) 's Twitter Profile Photo

🚨New paper: The phenomenon of quantum nonlocality without entanglement is not solely a property of the quantum states, but also depends on how they are discriminated. arXiv link below. arxiv.org/pdf/2506.20560 #quantum #QuantumMechanics

Will Zeng (@wjzeng) 's Twitter Profile Photo

The newly updated version of our Local Friendliness violations paper has now been published in Quantum! We run some experiments using quantum computers to try and shed light on what observers are, proposing further experimental tests to help resolve the measurement

FQxI Physics (@fqxi) 's Twitter Profile Photo

(Thread 1/8) In quantum mechanics, a system can be in two states at once, until someone looks. But what happens if there’s another “someone” — an observer inside the system. The outer and inner observers will have contradictory views of the situation. To quantify this situation,

(Thread 1/8)
In quantum mechanics, a system can be in two states at once, until someone looks. But what happens if there’s another “someone” — an observer inside the system. The outer and inner observers will have contradictory views of the situation. To quantify this situation,