Get step-by-step instructions to create new FlyonUI blocks based on existing examples. Ideal for generating components by inspiration using commands /inspire-flyonui or /iui.
MIT
650,478 tools. Updated 2026-10-13 12:56
"INSPIRE" matching MCP tools:
- Fetch the official BibTeX entry for a paper from INSPIRE-HEP using an INSPIRE record ID or arXiv ID. Avoid manual BibTeX errors with this tool.Apache 2.0
- Resolve a recid, DOI, or arXiv ID to fetch a single INSPIRE-HEP literature record with configurable detail levels.MIT
- Find authors in the INSPIRE-HEP database using ElasticSearch queries by name or ID. Returns public author records excluding emails, with adjustable detail and pagination.MIT
- Resolve a DOI, arXiv ID, or ORCID to its canonical INSPIRE record identity. Get the authoritative INSPIRE record for external identifiers.MIT
- Search the INSPIRE-HEP database for high-energy physics papers using the full query syntax. Retrieve titles, authors, arXiv IDs, journal references, citation counts, abstracts, and INSPIRE record IDs.Apache 2.0
Matching MCP Servers
- AlicenseAqualityCmaintenanceAn MCP server for the INSPIRE-HEP API, enabling literature search, author lookups, DOI/arXiv/ORCID resolution, citation export, and bibliography generation with configurable detail levels.9MIT
- AlicenseNot gradedqualityBmaintenanceEnables searching and retrieving high-energy physics literature, authors, institutions, and conferences from INSPIRE-HEP.395 npmMIT
Matching MCP Connectors
INSPIRE-HEP MCP — high-energy physics literature.
Search INSPIRE-HEP papers, authors, experiments, HEPData records; get citation metrics and BibTeX.
- Search high-energy physics literature on INSPIRE-HEP using title keywords to find relevant papers with citation counts, abstracts, and arXiv links.MIT
- Search INSPIRE-HEP literature using author, citation, or DOI queries, with options for pagination, sorting, and result detail.MIT
- Search for high-energy physics literature on INSPIRE-HEP using author names. Filter results by year, collaboration size, and sort by citations or recency to find relevant papers.MIT
- Classify MIDI drum patterns into genres (four-on-the-floor, breakbeat, trap, etc.) by analyzing note positions, pitches, and velocities. Understand style, verify genre fit, and inspire variations.Apache 2.0
- Download the complete INSPIRE parcel data for a Spanish municipality (official GML) and build a local cache, enabling efficient bulk queries without per-parcel requests.MIT
- Fetches a random motivational quote to inspire users or offer a quick dose of encouragement.MIT
- Retrieve complete metadata for any physics paper using its Inspire ID, arXiv ID, or DOI. Get title, authors, abstract, citations, and publication details in one call.AGPL 3.0
- Verify academic citations by checking multiple databases to confirm paper existence before use, preventing citation hallucination with DOI validation.MIT
- Retrieve figures and captions from a scientific paper using its arXiv ID, DOI, or Inspire ID. Get direct download links for each figure.AGPL 3.0
- Retrieve a paper's BibTeX citation by entering any common identifier: DOI, arXiv ID, or InspireHEP record ID.AGPL 3.0
- Search INSPIRE-HEP for high-energy physics literature and retrieve recent papers with quality metrics and source verification.-
- Search academic databases to find verified papers with valid DOIs, preventing citation errors by filtering results through multiple authoritative sources.MIT
- Retrieve a HEPData record using an INSPIRE ID. Lists data tables, additional resources, and identifies pyhf likelihoods for statistical analysis.Apache 2.0
- Search a curated library of AI image and video prompts. Get preview URLs and source links to inspire your projects.MIT
- Retrieve paginated author lists from INSPIRE literature records by identifier, with configurable detail levels for names, affiliations, or identifiers.MIT