INSPIRE is a trusted community hub for high-energy physics (HEP) information that provides a comprehensive scholarly information platform for researchers in particle physics and related fields.
Why this server?
Provides access to official Spanish cadastral parcel data via the INSPIRE GML download service, enabling local queries for parcel surface, geometry, neighboring parcels, and place name search.
Why this server?
Provides tools for interacting with the INSPIRE REST API, enabling search and retrieval of literature and author records, resolution of DOI/arXiv/ORCID identifiers, citation export, and bibliography generation.
Why this server?
Provides literature search capabilities for the INSPIRE-HEP high-energy physics database, allowing users to search for papers by title, full-text keywords, and author, with options to filter by citation count and publication year.
Why this server?
Allows fetching and analyzing particle physics experimental data and records from the HEPData repository using INSPIRE identifiers.
Why this server?
Search papers from INSPIRE-HEP high-energy physics literature.
Why this server?
Provides tools for searching high-energy physics literature on InspireHEP, retrieving paper details, author metrics, citation graphs, and generating formatted references in BibTeX, LaTeX, or JSON.
Why this server?
Drives Altair Inspire on Windows through its headless batch mode: runs Python inside Inspire (e.g. creating geometry, querying models), inspects models and their parts/materials/load cases, summarizes OptiStruct .h3d results (min/max displacement, stress), and exports OptiStruct .fem input decks.
Why this server?
Provides access to Inspire's image search capabilities, allowing users to find similar images based on text descriptions with pagination options.
Why this server?
Provides access to INSPIRE WFS Cadastral Parcels (CP) services of the Spanish Catastro, enabling querying of parcel data, capabilities, feature types, and geometry export in GML, GeoJSON, and IFC formats.