Sample: Interactive Notebook for Teaching Quantum Error Correction

PreprintPhysicsphysics.hep-thCC BY-SA 4.0Reproducibility 39/100

Sample: Interactive Notebook for Teaching Quantum Error Correction

Preprint overview

A classroom-oriented interactive paper walks through repetition codes, syndrome measurement, and decoder intuition. The sample shows how Science Orbit can host computational notebooks, public comments, and versioned educational research objects.

Preprint: Public immediately; not yet formally reviewed.

Ada Mitchell

Published 2026-07-22Updated 2026-07-29

DOI: 10.5555/scienceorbit.demo.003

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Citations: 0
Endorsements: 1
Versions: 1
Reputation: +3

AI summary

Plain-English research brief

Author-approved

Problem

Quantum error correction is hard to teach because the math and intuition often separate.

What was discovered

Students can change error rates and immediately see how decoders respond.

Key findings

Interactive figures help explain syndrome measurement.
The notebook is easy to rerun in a browser.

Summaries are generated to improve accessibility. Authors review and approve them; always consult the full paper for technical detail.

Research assistant

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Code & data integration

Automatic checks for linked repositories, datasets, and notebooks.

Code repositoryNo repository linked
DatasetNo dataset linked
NotebookNotebook URL provided
ContainerNo container spec linked

Notebook

Interactive paper

Live notebook, simulation, or explorable figure embedded with this preprint.

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Research predictions

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Reproducibility index breakdown

39/100

Limited reproducibility data

Code repositoryNo repository linked—
Dataset linked—
Notebook linked+14
Docker / container—
Replication signalReplicated+22
Replication attempts1 logged+3
Reproducibility reviewsNone yet—

Score rewards linked code/data, verification signals, and independent replication — not popularity.

Full text

Abstract & reading

quantum computingeducationnotebookserror correction

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Also deposit on arXiv

Keep your arXiv / bioRxiv habit. Copy this metadata package, upload the same PDF there, and link back so readers find open review on Science Orbit.

Science Orbit dual-deposit package
================================

Title: Sample: Interactive Notebook for Teaching Quantum Error Correction
Authors: Ada Mitchell
Field: Physics
Subjects: physics.hep-th
Keywords: quantum computing, education, notebooks, error correction
License: CC BY-SA 4.0
DOI: 10.5555/scienceorbit.demo.003
Canonical URL: https://scienceorbit.org/papers/sample-quantum-error-correction-notebook

Abstract
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A classroom-oriented interactive paper walks through repetition codes, syndrome measurement, and decoder intuition. The sample shows how Science Orbit can host computational notebooks, public comments, and versioned educational research objects.

Suggested comment for arXiv / bioRxiv:
Also available on Science Orbit: https://scienceorbit.org/papers/sample-quantum-error-correction-notebook

Steps
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1. Download the PDF from Science Orbit (same file you uploaded).
2. Submit to arXiv / bioRxiv / medRxiv with the metadata above.
3. Paste the suggested comment so readers find the open-review page.
4. After the other server assigns an ID, add it as a citation/source on your Science Orbit paper page.

Cited by (0)

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It is a sample educational research object.

Related research

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2 versions 1 reviews1 citations12 views