INSPIRE-HEP
INSPIRE-HEP is a high-energy physics website and scholarly information platform for literature records, citations, author profiles, institutions, conferences, experiments, jobs, and dataset discovery.
What INSPIRE-HEP is
INSPIRE-HEP is a high-energy physics website at inspirehep.net. It provides a curated discovery platform for HEP literature, citations, author records, institutions, conferences, experiments, jobs, and related scholarly metadata.
A specialist literature database
The platform is built for the way high-energy physics research circulates: preprints, journal articles, experiment notes, collaborations, arXiv records, conference material, and very large author lists. Its literature collection is actively curated so the database remains focused on HEP and nearby fields.
Records and citations
INSPIRE records connect papers to abstracts, authors, affiliations, arXiv identifiers, publication information, references, citations, and related metadata. Citation links are especially important in HEP because researchers often trace ideas across preprint versions, detector papers, theory papers, experiment results, and long-running collaborations.
Authors, institutions, and experiments
Beyond literature search, INSPIRE connects people and organizations to the scholarly record. Author profiles, institution pages, conference information, experiment records, and job listings help make the platform a field-specific directory as well as a bibliography.
Dataset discovery
INSPIRE announced a beta data collection in 2025 to make dataset discovery easier. The goal is to let users browse datasets, follow links to source repositories, and see papers that cite those datasets, tying literature discovery more closely to open-science infrastructure.
Collaboration and stewardship
INSPIRE is maintained through collaboration among major high-energy physics laboratories and information centers. That stewardship matters because the database is not only a search interface; it is part of the information infrastructure researchers use to identify papers, correct metadata, track citations, and maintain field-specific records.
Strengths and limits
INSPIRE is strongest for high-energy physics and related areas where field-specific curation, author disambiguation, arXiv links, citation tracking, and collaboration metadata matter. It is not meant to replace general scholarly search engines, and records still depend on curation choices, metadata quality, and links to external full-text or data repositories.
Why it matters
High-energy physics produces literature with unusual scale: large collaborations, preprints before publication, long citation chains, and shared datasets. INSPIRE-HEP matters because it gives that field a specialized map, helping researchers find work, credit authors and experiments, and connect papers to the wider scholarly record.
WHOIS domain data
Data pulled: June 1, 2026View current WHOIS record
- Domain
- inspirehep.net
- IP address
- 188.185.47.133
- Registrar
- Cloudflare, Inc.
- WHOIS server
- whois.cloudflare.com
- Referral URL
- http://www.cloudflare.com
- Created
- October 7, 2009
- Updated
- March 20, 2026
- Expires
- October 7, 2027
- Nameservers
- coen.ns.cloudflare.com (162.159.44.151); melissa.ns.cloudflare.com (173.245.58.199)
- Domain status
- clientTransferProhibited; clienttransferprohibited
- DNSSEC
- unsigned
- Contact privacy
- Registrant contact details are redacted; visible location fields include Genf, CH.