
🚀 Registration is now open for the 2026 Quantum Device Workshop, held at UCLA on June 15–18, 2026 https://t.co/TpnOviTsh8
I like to picture the space of error correction codes as a zoo with many exhibits. Many people are familiar with the surface code, it’s certainly the workhorse of our field. But there exist exotic codes that protect quantum information...
One of my favorite video series on quantum error correction comes from John Watrous and IBM Qiskit. This series does an excellent job of building intuition for how we protect fragile quantum information, beyond simply presenting the formalism.
If you work on quantum error correction, be sure to check out The Error Correction Zoo: https://t.co/nLv7pmTq3A The Error Correction Zoo is an open, community-driven resource dedicated to compiling, organizing, and explaining known quantum error correction codes.

Did you know that Quantum Metal includes a repository of quantum device designs, along with tutorials on how they’re built? https://t.co/NZe3PLhXhR
Back in 2023, I gave a series of lectures at the Boulder Summer School on then-recent techniques we developed for error mitigation in NISQ devices, specifically how to combine Pauli twirling with probabilistic error cancellation to improve fidelity in noisy...
One thing I didn’t fully appreciate early on while learning quantum error correction is just how far it can deviate from classical intuition. Along the way, I’ve run into some common misconceptions (which I still see often):