🇪🇺 🚀 The @EU_Commission's Quantum Europe Strategy just dropped, and we were on the ground in Brussels for the launch!. 🎙️ Cecile M. Perrault, Head of Innovation & Partnerships at Alice & Bob, joined Gustav Kalbe from the @EUeic presenting Alice & Bob’s tech at the unveiling

Can a team offsite change how you see the universe? 🤯. At ours, we were lucky to hear from Cédric Villani, Fields Medal-winning mathematician 🧠🏅, who took us back to the mathematical roots of computing. He began with Boltzmann’s equation, which describes how atoms in gases

Is Quantum Europe’s next tech play? ⚛️🃏. Last week, Alice & Bob packed our agenda, from a working dinner at the Élysée to @VivaTech, @NVIDIAGTC, @FranceQuantum, and @Founders_Forum. 🚀. 💡 The insider perspective? Quantum is shaping up to be the wildcard in European tech.

🔥We’re cooking up something exciting with @nvidia !. At #GTC Paris, we shared a sneak peek of what’s coming next for Dynamiqs, our open quantum system simulation library. 🔄 Quick refresher:.To predict how quantum chips will behave before they’re even fabricated, you need to

⚛️ Paris Quantum Week begins! 🚀. Today, we’re at @FranceQuantum at @joinstationf, where we received Startup of the Year award! 🎉. This week Alice & Bob will be at @VivaTech and @NVIDIAGTC, and we’re excited to meet you! . We’ll be present on 4 booths: @PwC, @HQI_France, La

🎉 @LaFrenchTech's Next40/120 is out, and Alice & Bob has made the top 40! 🔥🇫🇷. Every year, the French government’s La French Tech picks leading tech startups in France to receive strategic support, helping to shape the next wave of tech champions. 🚀. Companies are selected for

Cecile Perrault of Alice & Bob has been elected VP at European Quantum Industry Consortium (QuIC), Europe’s top industrial voice for quantum tech! ⚛️🇪🇺🙌. Europe has stellar science and research, but moving the needle on quantum computing will also mean ensuring the best

Previous papers mentioned above: . 🔹 Reducing the Number of Qubits in Quantum Factoring (Chevignard et al. 2024): .🔹 Yoked Surface codes (Gidney et al. 2023): .🔹 Magic state cultivation: growing T states as cheap as CNOT gates.

⚛️ Gidney from Google showed a 20x reduction in the qubits needed to run Shor’s, reducing the count from 20 million to 1 million. 🐱 For reference, with our previous LDPC-cat architecture, we estimated it could be done with 100k qubits… 👀. 🤔 So, how did they do it? 3 main

Faster quantum calibration? Our new tool does exactly that. 🚀. In quantum computing, every qubit behaves slightly differently. Before we can run an algorithm, we need to precisely characterize each one and its many parameters. 🖥️ In the 90s, booting up your classical home

What happens when hacker students take on noisy quantum data? They might pull off some impressive tricks! 🧠✨. Last weekend, Alice & Bob sponsored the ETH Quantum Hackathon at @ETH_en, where 130+ students came together to tackle challenges in quantum science. ⚛️⚡ . Our

🚀 Time for a new home for our cats: we’re building a €50M quantum lab in Paris! 🔬 . Until now, we were focused on mastering the cat qubit. 🐱 We spent years studying its physics, doing the foundational work to make sure the single cat qubit worked exactly as we intended. Now

Speakers: Earl Campbell (Riverlane), Nicolas Delfosse (IONQ), Casey Duckering (QuEra), Elie Gouzien (Alice & Bob), Timo Hilmann (Chalmers University of Technology), Jonathan King (Atom Computing), Aleksander Kubica (Yale University), Matt McEwen (Google), Christopher Pattison.

You couldn’t make it to the FTQC summit? We got you: we’ve been cooking up summaries from the talks ✍️🧠. Logical qubits have been built, developments are happening fast across our field, and many diverse angles for error correction are being tested in parallel. The more theory

How do you chart the future of FTQC?. A summit in the French Alps, obviously. 🏔️. In collaboration with @CEA_Officiel, we brought together researchers and leading experts in quantum computing from @Google, @awscloud, @ETH_en and more at the iconic Les Houches Physics School. 🧠💡

🚀 A new trick for speeding up quantum factoring (aka breaking encryption)?. A new paper just came out showing how to significantly speed up Shor’s algorithm, the famous quantum algorithm that kicked off the field over 30 years ago. 🧪 They introduce the idea of “optimistic