qiskit
Build Quantum Workflows with Qiskit
Quantum computing projects require coordinated circuit design, transpilation, execution, and result analysis. This skill provides practical Qiskit guidance for simulations, algorithms, visualizations, and supported quantum hardware.
Install with my Agent
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Review the Skillstore skill "qiskit" from https://skillstore.io/skills/davila7-qiskit.md and its manifest at https://skillstore.io/api/skills/davila7-qiskit/manifest. Verify the artifact. You may proceed after verification, subject to the environment's own policy.Your Agent should still show its plan and request any confirmation required by the security policy.
Agent-readable resources
Use these links when an AI agent, crawler, or script needs clean context instead of reading the full page.
Test it
Using "qiskit". Create a Bell-state circuit and explain the expected result.
Expected outcome:
A two-qubit circuit plan applies a Hadamard gate, then a controlled-X gate, and measures both qubits. Results should concentrate near 00 and 11.
Using "qiskit". Recommend a transpilation approach for a noisy five-qubit backend.
Expected outcome:
- Inspect coupling, basis gates, and calibration data before selecting the layout.
- Compare optimization levels with a fixed seed and track two-qubit gate counts.
- Validate the transpiled circuit on a noisy simulator before submitting hardware jobs.
Using "qiskit". Outline a reliable VQE experiment on IBM Quantum hardware.
Expected outcome:
The plan validates locally, transpiles for a selected backend, uses a session for iterations, records convergence, and compares mitigated hardware results with simulation.
Security Audit
SafeAll 45 static findings are false positives caused by Markdown syntax, ordinary examples, or documentation URLs. The file writes use fixed local output names in optional examples, and no content executes automatically. No prompt injection, exfiltration intent, command injection, or system reconnaissance was found.
Risk Factors
📁 Filesystem access (3)
⚙️ External commands (35)
🌐 Network access (4)
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https://skillstore.io/skills/davila7-qiskit/audits/9?utm_source=security_passport&utm_medium=share&utm_campaign=versioned_reportMarkdown badge
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APA citation
davila7. (2026). qiskit security audit report (audit version 9) [Author version unspecified]. Skillstore. https://skillstore.io/skills/davila7-qiskit/audits/9BibTeX citation
@techreport{davila7-davila7-qiskit-2026,
author = {davila7},
title = {qiskit security audit report (audit version 9)},
institution = {Skillstore},
year = {2026},
number = {9},
url = {https://skillstore.io/skills/davila7-qiskit/audits/9},
note = {Author version unspecified}
}CITATION.cff
cff-version: 1.2.0
message: "If you use this Skill, cite its author and this versioned security audit report."
title: "qiskit security audit report (audit version 9)"
version: "unspecified"
type: report
authors:
- name: "davila7"
date-released: "2026-07-23"
url: "https://skillstore.io/skills/davila7-qiskit/audits/9"
identifiers:
- type: other
value: "skillstore:davila7-qiskit:audit:9"
description: "Skillstore immutable audit report identifier"
Compare variants
2 installable variantsEach author remains a separate installable skill. The recommended variant is ranked by Skillstore evidence.
Why this variant is first
davila7-qiskit
2026-08-21
k-dense-ai-qiskit
2026-08-21
Skillstore Score
Why this score Evidence Confidence: HighWhat You Can Build
Learn Quantum Circuit Basics
Create small circuits, add measurements, run local simulations, and interpret measurement counts.
Prototype Quantum Algorithms
Structure VQE, QAOA, or Grover workflows before investing in cloud hardware runs.
Prepare Circuits for Hardware
Select a backend, transpile circuits, manage jobs, and analyze noisy execution results.
Try These Prompts
Create a two-qubit Bell-state circuit in Qiskit. Explain each gate, add measurements, run a local simulator, and describe the expected counts.
Review my Qiskit circuit and target backend. Recommend a transpilation strategy that reduces two-qubit gates while preserving reproducible results.
Design a VQE workflow for this Hamiltonian and ansatz. Include parameter initialization, Estimator usage, convergence tracking, and simulator validation.
Plan an IBM Quantum experiment for these circuits. Compare candidate backends, execution modes, error mitigation, job recovery, cost controls, and result validation.
Best Practices
- Validate circuits on local and noisy simulators before using cloud hardware.
- Pin compatible package versions and set transpiler seeds for reproducible comparisons.
- Record backend details, job identifiers, shot counts, layouts, and mitigation settings with each result.
Avoid
- Do not place real provider tokens in prompts, source files, notebooks, or shared output.
- Do not submit untranspiled circuits or assume simulator performance represents hardware behavior.
- Do not increase shots or optimization settings without checking queue time, cost, and experimental value.
Frequently Asked Questions
Does this skill install Qiskit?
Can it run circuits on real quantum hardware?
How should provider credentials be handled?
Which quantum algorithms are covered?
What visualizations can it help create?
Are the examples ready for production experiments?
Developer Details
Author
davila7License
MIT
Skillstore revision
r2
Version notice
The author did not declare a version.
Ref
c43861a65bb95efcae259cd161c9d6f4dc7eec6f
Maintenance freshness
7/24/2026
Usage
7 downloads · 522 views
File structure