Media Summary: Okay so I'm going to conclude here first our main result is that we have we have General Bound for The typical model for measurement noise in quantum error correction is to randomly flip the binary measurement outcome. Oh oh this is like a floor so it's a it's the biggest integer and not then

Nicolas Delfosse Two Dimensional Implementations - Detailed Analysis & Overview

Okay so I'm going to conclude here first our main result is that we have we have General Bound for The typical model for measurement noise in quantum error correction is to randomly flip the binary measurement outcome. Oh oh this is like a floor so it's a it's the biggest integer and not then Full recording of our QEC Report Webinar 2024, moderated by Dan Browne, Professor of Physics at UCL. Earl Campbell presents ... Quantum computing with LDPC codes Larry Cohen Abstract: I will talk about The Most Important Graph(s) in Quantum Error-Correction: Notebook: ...

... number of checks then we obtain a new code that is fully representing this stack of the the This talk is from QEC'19 - the 5th International Conference on Quantum Error Correction - held 29th July to 2nd August 2019 at ...

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Nicolas Delfosse - Two-dimensional implementations of quantum LDPC codes
Nicolas Delfosse(Microsoft Quantum) | Quanta Seminar
Part 1 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)
Part 3 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)
Nicolas Delfosse - Introduction to quantum error correction, part 3/3 - IPAM at UCLA
Part 2 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)
Nicolas Delfosse - Introduction to quantum error correction, part 2/3 - IPAM at UCLA
Part 4 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)
Nicolas Delfosse - Introduction to quantum error correction, part 1/3 - IPAM at UCLA
Nicolas Delfosse - Beyond single-shot fault-tolerant quantum error correction
Nicolas Delfosse - Fast erasure decoder for a class of quantum LDPC codes - IPAM at UCLA
Nicolas Delfosse:  Improved quantum error correction using soft information
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Nicolas Delfosse - Two-dimensional implementations of quantum LDPC codes

Nicolas Delfosse - Two-dimensional implementations of quantum LDPC codes

Okay so I'm going to conclude here first our main result is that we have we have General Bound for

Nicolas Delfosse(Microsoft Quantum) | Quanta Seminar

Nicolas Delfosse(Microsoft Quantum) | Quanta Seminar

Two

Sponsored
Part 1 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Part 1 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Lecture 1 notes https://www.ias.edu/sites/default/files/

Part 3 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Part 3 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Lecture 3 notes https://www.ias.edu/sites/default/files/

Nicolas Delfosse - Introduction to quantum error correction, part 3/3 - IPAM at UCLA

Nicolas Delfosse - Introduction to quantum error correction, part 3/3 - IPAM at UCLA

Recorded 14 September 2023.

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Part 2 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Part 2 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Lecture

Nicolas Delfosse - Introduction to quantum error correction, part 2/3 - IPAM at UCLA

Nicolas Delfosse - Introduction to quantum error correction, part 2/3 - IPAM at UCLA

Recorded 13 September 2023.

Part 4 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Part 4 Quantum LDPC codes | Nicolas Delfosse (Microsoft Research)

Lecture 4 notes https://www.ias.edu/sites/default/files/

Nicolas Delfosse - Introduction to quantum error correction, part 1/3 - IPAM at UCLA

Nicolas Delfosse - Introduction to quantum error correction, part 1/3 - IPAM at UCLA

Recorded 12 September 2023.

Nicolas Delfosse - Beyond single-shot fault-tolerant quantum error correction

Nicolas Delfosse - Beyond single-shot fault-tolerant quantum error correction

Presenter:

Nicolas Delfosse - Fast erasure decoder for a class of quantum LDPC codes - IPAM at UCLA

Nicolas Delfosse - Fast erasure decoder for a class of quantum LDPC codes - IPAM at UCLA

Recorded 30 November 2023.

Nicolas Delfosse:  Improved quantum error correction using soft information

Nicolas Delfosse: Improved quantum error correction using soft information

The typical model for measurement noise in quantum error correction is to randomly flip the binary measurement outcome.

BSS2023, Aleksander Kubica, From topological to quantum LDPC codes II, July 18

BSS2023, Aleksander Kubica, From topological to quantum LDPC codes II, July 18

Oh oh this is like a floor so it's a it's the biggest integer and not then

The Quantum Error Correction Report Webinar 2024

The Quantum Error Correction Report Webinar 2024

Full recording of our QEC Report Webinar 2024, moderated by Dan Browne, Professor of Physics at UCL. Earl Campbell presents ...

Quantum computing with LDPC codes - Larry Cohen

Quantum computing with LDPC codes - Larry Cohen

Quantum computing with LDPC codes Larry Cohen Abstract: I will talk about

The Most Important Graph(s) in Quantum Error-Correction | Seminar Series with Ted Yoder

The Most Important Graph(s) in Quantum Error-Correction | Seminar Series with Ted Yoder

The Most Important Graph(s) in Quantum Error-Correction: https://youtu.be/QA1AJ6k0gpY Notebook: ...

Armands Strikis - Quantum LDPC codes for modular architectures

Armands Strikis - Quantum LDPC codes for modular architectures

... number of checks then we obtain a new code that is fully representing this stack of the the

Anirudh Krishna (Université de Sherbrooke) - Fault-tolerant gates on hypergraph product codes

Anirudh Krishna (Université de Sherbrooke) - Fault-tolerant gates on hypergraph product codes

This talk is from QEC'19 - the 5th International Conference on Quantum Error Correction - held 29th July to 2nd August 2019 at ...

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