Media Summary: In this Day 2 Keynote, Alexei Kitaev will define the toric code and Discover how logical qubits, when formed correctly using Finally, Fowler gives a clear explanation of how

Parameters Of A Surface Code - Detailed Analysis & Overview

In this Day 2 Keynote, Alexei Kitaev will define the toric code and Discover how logical qubits, when formed correctly using Finally, Fowler gives a clear explanation of how Recorded 18 February 2026. William Huggins of Google Inc. presents "The FLuid Allocation of The measurement outcomes collected during the operation of an error-corrected quantum computer give hints about which errors ... Research scientist Kevin Satzinger explains the main results from our recent paper on quantum error correction. Practical ...

The presence of noise implies that quantum error correction and fault-tolerance are needed to achieve scalable quantum ... Qiskit Quantum Seminar Episode 134 Review of topological quantum computing and non-abelian anyons: ...

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Parameters of a surface code | QuTech Academy
Keynote: Introduction to surface codes
What are Surface Codes | QuEra
11 - Quantum Error Correction:  Surface Codes
Surface Codes - The Closest We've Ever Gotten to Fault-Tolerance
How Surface Codes Do Quantum Computation | Austin Fowler
William Huggins - FLuid Allocation Surface code Qubits model for fault-tolerant quantum algorithms
Surface Codes Explained: How We Build Reliable Quantum Computers
A graph-based formalism for surface codes and twists
Decoding experimental surface code data
Suppressing quantum errors by scaling a surface code logical qubit
Implementing the surface code using time-dynamic circuits | Alexis Morvan (Google)
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Parameters of a surface code | QuTech Academy

Parameters of a surface code | QuTech Academy

Video:

Keynote: Introduction to surface codes

Keynote: Introduction to surface codes

In this Day 2 Keynote, Alexei Kitaev will define the toric code and

What are Surface Codes | QuEra

What are Surface Codes | QuEra

Discover how logical qubits, when formed correctly using

11 - Quantum Error Correction:  Surface Codes

11 - Quantum Error Correction: Surface Codes

Based on these slides ...

Surface Codes - The Closest We've Ever Gotten to Fault-Tolerance

Surface Codes - The Closest We've Ever Gotten to Fault-Tolerance

In this video we break down the

How Surface Codes Do Quantum Computation | Austin Fowler

How Surface Codes Do Quantum Computation | Austin Fowler

Finally, Fowler gives a clear explanation of how

William Huggins - FLuid Allocation Surface code Qubits model for fault-tolerant quantum algorithms

William Huggins - FLuid Allocation Surface code Qubits model for fault-tolerant quantum algorithms

Recorded 18 February 2026. William Huggins of Google Inc. presents "The FLuid Allocation of

Surface Codes Explained: How We Build Reliable Quantum Computers

Surface Codes Explained: How We Build Reliable Quantum Computers

Enter

A graph-based formalism for surface codes and twists

A graph-based formalism for surface codes and twists

... to improved code

Decoding experimental surface code data

Decoding experimental surface code data

The measurement outcomes collected during the operation of an error-corrected quantum computer give hints about which errors ...

Suppressing quantum errors by scaling a surface code logical qubit

Suppressing quantum errors by scaling a surface code logical qubit

Research scientist Kevin Satzinger explains the main results from our recent paper on quantum error correction. Practical ...

Implementing the surface code using time-dynamic circuits | Alexis Morvan (Google)

Implementing the surface code using time-dynamic circuits | Alexis Morvan (Google)

The presence of noise implies that quantum error correction and fault-tolerance are needed to achieve scalable quantum ...

A New Twist on the Majorana surface code | Qiskit Quantum Seminar with Campbell McLauchlan

A New Twist on the Majorana surface code | Qiskit Quantum Seminar with Campbell McLauchlan

Qiskit Quantum Seminar Episode 134 Review of topological quantum computing and non-abelian anyons: ...