Quantum Error Correction, Explained by Practitioners
Event Abstract
The single most important topic in quantum computing, taught by people who debug decoders for a living. This session covers stabilizer codes, the surface code, and why decoding latency now decides hardware roadmaps.
Part of our monthly webinar series. Live Q&A runs the final thirty minutes; the recording and annotated notes go to the library afterwards.
Agenda & Time Schedule
- 20:00
From physical noise to logical qubits
Dr. Mira Kovács
- 20:35
The surface code, drawn properly
Rahul Venkatesh
- 21:00
Live Q&A and reading list
Keynote Speakers & Track Leads
Dr. Mira Kovács
QEC researcher & reading group advisor
Rahul Venkatesh
Head of Programs, GDTS
Venue & Logistics
Online (member stream)
Format: Online · Capacity: Unlimited
Detailed access instructions, room assignments, and streaming credentials will be dispatched to confirmed attendees 48 hours prior to the event start time.
Frequently Asked Questions
What background do I need?
Linear algebra and the quantum circuit model. Our Phase 1 roadmap covers the prerequisites.
Will there be a recording?
Yes — recording plus annotated notes in the member library within 48 hours.
Event Gallery & Archives
Symposium Recordings & Photo Archives
Photo archives and slide decks are published to the member library within 7 days following event completion.