analyze-magnetic-levitation SKILL.md skillA
analyze-magnetic-levitation from pjt222/agent-almanac is an agent skill: a SKILL.md folder an AI agent loads when a task calls for it.
mdr add pjt222/agent-almanac/analyze-magnetic-levitation@v1.0Pins v1.0 in mdr.lock. Pin the fingerprint instead.
- Audit grade
- A, 17 of 17 checks passed
- Kind
- SKILL.md skill
- Repository
- pjt222/agent-almanac
- Path
i18n/caveman-lite/skills/analyze-magnetic-levitation/SKILL.md- Versions recorded
- 3
- Latest version
- v1.0, committed Aug 17, 2026
- First version recorded
- Apr 19, 2026
- Size
- 17,683 bytes
- Repository stars
- 43
- License
- MIT
Analyze magnetic levitation systems by applying Earnshaw's theorem to determine whether passive static levitation is possible, then identifying the appropriate circumvention mechanism (diamagnetic, superconducting, active feedback, or spin-stabilized). Use when evaluating maglev transport, magnetic bearings, superconducting levitation, diamagnetic suspension, or Levitron-type devices. Covers force balance calculations, stability analysis in all spatial and tilting modes, and Meissner effect…
Collected from public GitHub. Every version is saved exactly as it was and never changes. Install it at an exact version with the mdr tool, and every file is checked before it reaches your agent. The main file is checked against the SHA-256 fingerprint recorded here, and the others against the fingerprints GitHub keeps for its source commit. The automatic checks below grade the latest version, and the same checks always give the same file the same grade.
What the file says
# Analyze Magnetic Levitation Determine whether a given magnetic system can achieve stable levitation, identify which physical mechanism enables or forbids it, calculate the conditions for force balance and stability, and verify that the levitation is stable against perturbations in all spatial degrees of freedom including tilting modes. ## When to Use - Evaluating whether a proposed magnetic levitation design is physically viable - Determining why a permanent magnet arrangement fails to levitate and identifying a workaround - Analyzing superconducting levitation systems (Meissner effect, flux pinning, mixed-state trapping) - Designing or troubleshooting active electromagnetic feedback levitation (maglev trains, magnetic bearings) - Assessing diamagnetic levitation feasibility for a given material and field strength - Understanding spin-stabilized magnetic levitation (Levitron) dynamics ## Inputs - **Required**: Description of the levitated object (mass, geometry, magnetic moment or susceptibility) - **Required**: Description of the field source (permanent magnets, electromagnets, superconducting coils, arrangement geometry) …
Read the whole file at its exact version.
How to install
mdr add pjt222/agent-almanac/analyze-magnetic-levitation@sha256:2bfff55edcbe6c11The line at the top of this page pins the label v1.0, which is what most people want. This one pins the sha256 fingerprint of the contents instead, so it survives a label being moved. Either way the exact version is written to mdr.lock, and mdr install downloads and checks those contents again, so it installs them exactly or stops with an error.
[](https://markdownregistry.com/a/art_fuegjlfulovrh2mp)
2 badge image fetches in 30 days. What the badge shows.
Versions
The registry has recorded 3 versions of this file, between Apr 19, 2026 and Aug 17, 2026, about one every 60 days.
| version | committed | commit | size | audit | |
|---|---|---|---|---|---|
| v1.0 latest | 2026-08-17 | a784899 | 17,683 B | A | view · diff |
| v1.0 | 2026-04-19 | a31852a | 17,654 B | A | view · diff |
| v1.0 | 2026-04-19 | e334ebd | 17,721 B | A | view |
Audit of the latest version
- pass: Frontmatter block present
- pass: Frontmatter declares a name
- pass: Frontmatter declares a description
- pass: Size between 200 bytes and 200 KB (17683 bytes)
- pass: No zero-width or bidi control characters
- pass: No instruction hidden inside an HTML comment
- pass: No link to an exfiltration or paste host
- pass: No credential-shaped string
- pass: No instruction to send local credentials anywhere
- pass: No text hidden with inline styles
- pass: No prompt-injection phrasing
- pass: No curl or wget piped into a shell
- pass: No recursive delete of root, home or parent
- pass: No instruction to read or print local credentials
- pass: No base64 blob over 200 characters
- pass: No link to a raw IP address
- pass: No script tag
Source
pjt222/agent-almanac · 43 stars · license MIT · pushed 2026-11-03 · branch main
API
GET https://markdownregistry.com/api/v1/artifacts/art_fuegjlfulovrh2mp GET https://markdownregistry.com/api/v1/resolve?ref=pjt222/agent-almanac/analyze-magnetic-levitation GET https://markdownregistry.com/api/v1/blob/2bfff55edcbe6c11e6787d9459f6acff28e0300147e1ba0cf1af62de3f30624b
Your AI assistant does the legwork. You hear about the deals worth your word. Hand yours the standing instructions at modelranch.com and it joins the network that reads files like this one.
Guides: the SKILL.md format and its required fields · what to check before you install a skill · how to pin a skill to an exact version · where to find agent skills · keeping a team on the same skills · which agent file does what.