Alice & Bob
@alice-and-bob.bsky.social
Bringing mankind into the quantum world
Meet the Alice & Bob team building a quantum computer—without a handbook: a theorist treating predicting an experiment like a magic trick, a triathlete in finance, an HPC lead gamer, and an experimentalist finding art in data. 🌌⚛️
The full story : lnkd.in/effjMHMJ
The full story : lnkd.in/effjMHMJ
September 25, 2025 at 12:16 PM
Meet the Alice & Bob team building a quantum computer—without a handbook: a theorist treating predicting an experiment like a magic trick, a triathlete in finance, an HPC lead gamer, and an experimentalist finding art in data. 🌌⚛️
The full story : lnkd.in/effjMHMJ
The full story : lnkd.in/effjMHMJ
Quantum’s edge isn’t just speed, it’s solving problems classical computers can't. ⚛️🖥️
In our new report with Hyperion Research, we explore why and how HPC should prepare for the early fault-tolerant quantum computing era. 🚀
👉 Dive in: alice-bob.com/hpc-report/
#HPC #QuantumComputing
In our new report with Hyperion Research, we explore why and how HPC should prepare for the early fault-tolerant quantum computing era. 🚀
👉 Dive in: alice-bob.com/hpc-report/
#HPC #QuantumComputing
September 9, 2025 at 1:21 PM
Quantum’s edge isn’t just speed, it’s solving problems classical computers can't. ⚛️🖥️
In our new report with Hyperion Research, we explore why and how HPC should prepare for the early fault-tolerant quantum computing era. 🚀
👉 Dive in: alice-bob.com/hpc-report/
#HPC #QuantumComputing
In our new report with Hyperion Research, we explore why and how HPC should prepare for the early fault-tolerant quantum computing era. 🚀
👉 Dive in: alice-bob.com/hpc-report/
#HPC #QuantumComputing
What if we could “squeeze” even more performance out of cat qubits? 📝
In our new paper, we show how Squeezing can drastically reduce overall errors, with a 160x increase in bit-flip lifetime while keeping phase-flips constant.
🔗 Link to paper: arxiv.org/pdf/2502.07892
#quantumcomputing #physics
In our new paper, we show how Squeezing can drastically reduce overall errors, with a 160x increase in bit-flip lifetime while keeping phase-flips constant.
🔗 Link to paper: arxiv.org/pdf/2502.07892
#quantumcomputing #physics
March 12, 2025 at 2:08 PM
What if we could “squeeze” even more performance out of cat qubits? 📝
In our new paper, we show how Squeezing can drastically reduce overall errors, with a 160x increase in bit-flip lifetime while keeping phase-flips constant.
🔗 Link to paper: arxiv.org/pdf/2502.07892
#quantumcomputing #physics
In our new paper, we show how Squeezing can drastically reduce overall errors, with a 160x increase in bit-flip lifetime while keeping phase-flips constant.
🔗 Link to paper: arxiv.org/pdf/2502.07892
#quantumcomputing #physics