www.pasqal.com/
Our new preprint benchmarks classical simulations of quantum dynamics and pinpoints where neutral atom quantum processors can pull ahead 👉 arxiv.org/abs/2511.19340
#QuantumAdvantage #QuantumSimulation #MaterialsScience
Our new preprint benchmarks classical simulations of quantum dynamics and pinpoints where neutral atom quantum processors can pull ahead 👉 arxiv.org/abs/2511.19340
#QuantumAdvantage #QuantumSimulation #MaterialsScience
With IBM, we defined what trustworthy advantage means: verifiable results and measurable quantum separation.
Dive deep into a framework for real, reproducible, earned progress arxiv.org/abs/2506.20658
#QuantumAdvantage #QuantumComputing
With IBM, we defined what trustworthy advantage means: verifiable results and measurable quantum separation.
Dive deep into a framework for real, reproducible, earned progress arxiv.org/abs/2506.20658
#QuantumAdvantage #QuantumComputing
Using Pasqal’s QPU, we pioneered a hybrid quantum–classical method to simulate strongly correlated materials based on auxiliary spin model. First time on neutral atoms!
Huge thanks to #EDFLab, Institut d'Optique Graduate School, @cea.fr & Eviden!
ow.ly/9z5o50Xba7n
Using Pasqal’s QPU, we pioneered a hybrid quantum–classical method to simulate strongly correlated materials based on auxiliary spin model. First time on neutral atoms!
Huge thanks to #EDFLab, Institut d'Optique Graduate School, @cea.fr & Eviden!
ow.ly/9z5o50Xba7n
From anywhere 🌎
See a real-world demo of QCaaS in action and be among the first to get open access to the Pasqal Cloud.
🗓️ October 28 | 5:00 pm CET
Register here 👉 www.pasqal.com/events/webin...
From anywhere 🌎
See a real-world demo of QCaaS in action and be among the first to get open access to the Pasqal Cloud.
🗓️ October 28 | 5:00 pm CET
Register here 👉 www.pasqal.com/events/webin...
We’re entering new computational regimes.
⚛️ Physical qubits today. Logical qubits tomorrow. One platform for real impact.
👉 Read more about our mission toward Quantum Advantage: ow.ly/IOPG50X7Acg
#QuantumComputing #QuantumAdvantage
We’re entering new computational regimes.
⚛️ Physical qubits today. Logical qubits tomorrow. One platform for real impact.
👉 Read more about our mission toward Quantum Advantage: ow.ly/IOPG50X7Acg
#QuantumComputing #QuantumAdvantage
Join us on Oct 28 to see how Pasqal Cloud makes neutral-atom quantum computing accessible with the ease of an online services.
Explore the platform. Discover the value for your projects. www.pasqal.com/events/webin...
#QCaaS #QuantumComputing
Join us on Oct 28 to see how Pasqal Cloud makes neutral-atom quantum computing accessible with the ease of an online services.
Explore the platform. Discover the value for your projects. www.pasqal.com/events/webin...
#QCaaS #QuantumComputing
Le replay est ici 👉 https://www.youtube.com/watch?v=VMB2WKv1-jQ&t=1s
Le replay est ici 👉 https://www.youtube.com/watch?v=VMB2WKv1-jQ&t=1s
No costly “gadget” conversions. We break complex graphs into hardware-friendly chunks, solve on-device, then combine results for better solutions using fewer resources.
Read more 👉 arxiv.org/pdf/2508.06130
No costly “gadget” conversions. We break complex graphs into hardware-friendly chunks, solve on-device, then combine results for better solutions using fewer resources.
Read more 👉 arxiv.org/pdf/2508.06130
Pasqal and IBM teamed up to publish a white paper that defines quantum advantage and outlines a practical path to real-world impact through hybrid quantum-classical computing.
📖 arxiv.org/abs/2506.20658
#QuantumComputing #QuantumAdvantage #HybridComputing
Pasqal and IBM teamed up to publish a white paper that defines quantum advantage and outlines a practical path to real-world impact through hybrid quantum-classical computing.
📖 arxiv.org/abs/2506.20658
#QuantumComputing #QuantumAdvantage #HybridComputing
Simulate quantum processors on classical machines to rapidly test ideas, refine algorithms, and validate results before hitting real hardware.
Faster cycles. Sharper insights. Bigger impact.
Blog by Kemal Bidzhiev
🔗 pasqal.com/blog/inside-...
Simulate quantum processors on classical machines to rapidly test ideas, refine algorithms, and validate results before hitting real hardware.
Faster cycles. Sharper insights. Bigger impact.
Blog by Kemal Bidzhiev
🔗 pasqal.com/blog/inside-...
🚀 We just open-sourced our Maximum Independent Set (MIS) solver. Designed for tough combinatorial problems where classical methods reach their limits. No quantum expertise required.
💡Try it out and share your feedback: pasqal-io.github.io/maximum-inde...
🚀 We just open-sourced our Maximum Independent Set (MIS) solver. Designed for tough combinatorial problems where classical methods reach their limits. No quantum expertise required.
💡Try it out and share your feedback: pasqal-io.github.io/maximum-inde...
You will learn more about:
• Our strategy to perform FTQC in a relevant regime for applications
• The key technological features required to perform FTQC with neutral atoms
• The typical applications we envision targeting with FTQC
ow.ly/FESM50Wce5x
You will learn more about:
• Our strategy to perform FTQC in a relevant regime for applications
• The key technological features required to perform FTQC with neutral atoms
• The typical applications we envision targeting with FTQC
ow.ly/FESM50Wce5x
The message is clear: Quantum is ready to deliver value today.
Discover now the Roadmap and the Webinar replay
ow.ly/N0W050Wbys1
The message is clear: Quantum is ready to deliver value today.
Discover now the Roadmap and the Webinar replay
ow.ly/N0W050Wbys1