![]() ![]() The SAO/NASA Astrophysics Data System is a Digital Library portal offering access to 15 million bibliographic records in Astronomy and Physics. Since 2020, it is running on a modernized platform that is continuously being improved. Close interaction with the user community and with arXiv, ADS, HEPData, ORCID, PDG and publishers is the backbone of INSPIRE's evolution. Previously known as SPIRES, it was the first website outside Europe and the first database on the web. Run in collaboration by CERN, DESY, Fermilab, IHEP, IN2P3, and SLAC, it has been serving the scientific community for almost 50 years. INSPIRE serves as a one-stop information platform for the particle physics community, comprising interlinked databases on literature, authors, jobs, seminars, conferences, institutions and experiments (each described in more detail below). The files are updated with each new edition of the Review of Particle Physics. Data entries are directly linked to the corresponding bibliographic information in INSPIRE.ĭata files that can be downloaded from the PDG include tables of particle masses and widths, PDG Monte Carlo particle numbers, and cross-section data. It allows one to navigate to a particle of interest, see a summary of the information available, and then proceed to the detailed information published in the Review of Particle Physics. The booklet contains an abbreviated set of reviews and the summary tables from the most recent edition of the Review of Particle Physics.Ī web application for browsing the contents of the PDG database that contains the information published in the Review of Particle Physics. It is one of the most useful summaries of physics data. Of historical interest is the complete RPP collection which can be found online: Īn abridged version of the Review of Particle Physics, available as a pocket-sized 250-page booklet. RPP is published as a large book every two years, with partial updates made available once each year on the web. The particle properties section provides tables of published measurements as well as the Particle Data Group's best values and limits for particle properties such as masses, widths, lifetimes, and branching fractions, as well as an extensive summary of searches for hypothetical particles. The review section includes articles, tables and plots on a wide variety of theoretical and experimental topics of interest to particle physicists and astrophysicists.
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