Introducing the INSPIRE Data Collection

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Enhancing Open Science Through Dataset Discovery

We are excited to announce the beta release of the INSPIRE data collection. This new feature allows you to directly browse datasets within INSPIRE, providing convenient access to their sources and all papers that have cited each dataset.

Supporting Open Science
The aim of INSPIRE is to support Open Science by promoting alternative research products beyond papers. With this new collection, we’re making datasets more discoverable and encouraging proper citation of datasets as independent research outputs, helping to establish this as a standard practice in the scientific community.

Beta Release – Starting with HEPData
This initial beta release focuses exclusively on content from HEPData. In future updates, we plan to expand the collection to include additional data sources and software repositories, along with new features to enhance your research experience.

Familiar Search Experience
In the data collection, you can browse through datasets using the familiar INSPIRE search syntax. For example, if you want to find all datasets related to the ATLAS collaboration, you can simply search for cn atlas.

Results can be ordered by recency or by citation count, with the number of citations for each dataset visible directly in the search results.

Detailed Dataset Information
The detailed page for each dataset contains:

  • Abstract
  • Keywords
  • Links to authors and associated papers
  • A comprehensive list of DOIs that link to that dataset

These DOI listings include all references to the dataset, such as the main dataset, specific versions, or particular tables or resources.

Author Profile Integration
The data collection is fully integrated with author profiles, making it easy for researchers to showcase the datasets they are associated with.

Your Feedback Matters
As always, we are continuously improving INSPIRE and depend on your feedback. Please let us know what you think about this new feature and how we can enhance it to better support your research.

INSPIRE expands social media options

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INSPIRE now offers the option to add Bluesky and Mastodon accounts, along with LinkedIn and X, to your profile.

Screenshot of Sean M. Carroll's author page in INSPIRE. At the bottom are a line of symbols for social media sites, including Bluesky, Mastodon, X (formerly Twitter), and LinkedIn.

Bluesky accounts are stored in the format username.bsky.social, Mastodon accounts as username@server.domain and LinkedIn and X accounts as username. Note that only one account for each service can be displayed.

To add your new social media account, or anything else concerning your INSPIRE profile, please see our guide.

You can also keep in touch with us via:

Bluesky: https://bsky.app/profile/inspirehep.net

and

X: https://x.com/inspirehep

INSPIRE and The Nuclear Science References Database

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The Nuclear Science References (NSR) database, maintained by the National Nuclear Data Center at Brookhaven, is an indexed bibliography of primary and secondary references in nuclear physics research. Most of the entries include keyword abstracts, which provide a brief summary of the subject matter in the given reference detailing specific nuclides or reactions.

INSPIRE now links to over 100,000 records in the NSR.

“One of the things that makes INSPIRE-HEP an essential tool for the field is that it delivers not only precise search results, but also rich context like links to associated data and references.  Connecting to NSR is an important new addition,” said John Beacom, faculty at Ohio State University and Chair of the INSPIRE-HEP Advisory Board.

“Given the power of HEP-Inspire, it is great to see that there are now links to it from more than 100,000 entries in the widely used Nuclear Science References database,” said Tony Thomas, Elder Professor of Physics at the University of Adelaide.

 

For example, https://inspirehep.net/literature/1779408

Leads to

https://www.nndc.bnl.gov/nsr/?search-type=keynumber&key=2020RE12

Leads to

https://www-nds.iaea.org/exfor/servlet/X4sSearch5?chkAccnum=1&sort=entry&Accnum=O2532

leads to:

https://www-nds.iaea.org/exfor/servlet/X4sGetSubent?reqx=14089&subID=242532002&plus=1

Note that URLs on the NSR website can be bookmarked and will execute a search when clicked. These searches can also include filters, for example https://www.nndc.bnl.gov/nsr/?search-type=text&exfor-data-available=true&title=neutrino

If you have any questions or suggestions regarding INSPIRE’s connection to outside services, please send us a comment through our request form.

Reflecting on the INSPIRE Week: Charting the Future of INSPIRE

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Last week, CERN had the pleasure of hosting a week-long meeting that brought together international members of the INSPIRE Collaboration from CERN (Switzerland), DESY (Germany), Fermilab (USA), IHEP (China) and IN2P3 (France). This group of experts convened to discuss the future strategy and improvements for INSPIRE, and how it can continue to serve the high-energy physics community as a one-stop information service for literature, conferences, seminars, institutions, journals, researchers, experiments, jobs and data.

The meeting began with introductions and an overview of INSPIRE’s current impact and objectives. The focus then shifted to more technical sessions, discussing sustainability, automation, and crowd-sourcing ideas. Midweek, the team shifted to strategic planning, developing a priority roadmap for INSPIRE’s future with input from all colleagues. The final day summarised discussions, solidified action plans, prioritised key initiatives, assigned roles and responsibilities, and set an implementation timeline, collectively committing to advancing INSPIRE’s evolution.

We left the meeting not only with actionable plans but also with a deeper sense of camaraderie and mutual respect. As we move forward, we are excited to implement these improvements and continue our mission to support and advance the field of high-energy physics. Stay tuned for updates and new features as we work together to build a brighter future for our research community.

Join the Conversation

We encourage everyone to share their thoughts and feedback. Your input is crucial as we strive to enhance our tool and better serve your needs. Drop us a request via our Service Portal.

New contact procedure

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In order to fulfill user requests more efficiently and better comply with data privacy requirements, we have migrated to a new support tool.

The primary method to contact us now goes through a form allowing us to collect more structured feedback, and it remains possible to perform many common operations yourselves. Head to our “contact us” help page (also linked from the footer of the main website) for more information.

In the past, we were primarily processing support requests by email at feedback@inspirehep.net, help@inspirehep.net, authors@inspirehep.net, etc. These email addresses are no longer active and new messages sent there will not receive a reply.

New tool − correct references yourself

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In INSPIRE, reference lists are automatically extracted from papers and processed in order to track citations. While this process is fairly reliable, sometimes references are not recognized properly and the corresponding citation is not captured.

Previously, if you noticed incorrect references, you had to open a support ticket to inform the INSPIRE support staff that changes needed to be made, which was a somewhat tedious process for both parties. While this option remains available for more complex cases, if only a few references are recognized incorrectly, you can now fix the issue yourself by logging in with your ORCID account and clicking on the “edit” button next in the reference list.

You can refer to our documentation for more details. Please let us know if you have any questions or suggestions.

Snowmass 2021

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The Proceedings of the 2021 US Community Study on the Future of Particle Physics (Snowmass 2021) is now available at https://www.slac.stanford.edu/econf/C210711/ .

Snowmass is a series of meetings that take place every few years, during which the US particle physics community discusses the future of the field with regards to the science, technology, infrastructure, and people. The conclusions of these discussions serve as community input for the strategic plan of US high energy physics research. See Chris Quigg’s paper How to Snowmass for more information about the philosophy of the Snowmass meetings.

INSPIRE gives access to historical Snowmass meetings on the planning of the future of particle physics in the US. To find past proceedings, go to INSPIRE conferences and search for series.name:”SNOWMASS”.

Unexpected downtime

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We apologize for the unexpected downtime of INSPIRE over the past weekend. The site is not generally staffed on weekends, so it took us longer than usual to identify and fix the issue.

Thank you to all our users for bringing the problems with the site to our attention. INSPIRE is now back to normal, and we are taking steps to prevent the same issue from happening in the future.

Winter is coming: reduced staffing and potential power outages

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There are two pieces of information we’d like to communicate related to the availability of INSPIRE during this winter.

  • From 21 Dec 2022 to 4 Jan 2023, the INSPIRE team will work on a reduced schedule and it will take a bit longer than usual to address your requests.
  • Due to the strained European electricity supply following the war in Ukraine, we have been informed that the CERN Data Centre hosting the INSPIRE infrastructure might face power outages during extended periods of time. Although such events are unlikely, we advise you to anticipate your needs as much as possible and not take the availability of the service for granted right before a deadline.

The INSPIRE Team wishes you all the best for the season and a happy new year!

Full-text search

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Full-text searching is now available in Literature for more than 710,000 records that have PDF files stored in INSPIRE. To use this type of search, be sure to include either the operator “ft” or “fulltext” before the word or phrase you want to search, e.g.:

ft quark

ft quark qcd

ft quark or ft qcd

ft quark not ft qcd

It can be combined with our other index terms, e.g. a penrose and ft twistor.

Phrase searching is also available, e.g. ft “Chiral Symmetry Breaking”.

Screenshot of results for a literature search for [ ft "Chiral Symmetry Breaking" ] in INSPIRE

The first record returned by this search does not include the phrase “chiral symmetry breaking” in the title or abstract, but rather within the text of the paper.

Cropped screenshot of a paragraph of text in a pdf paper. The words "chiral symmetry breaking" are highlighted in green.

Note that full-text search cannot be performed on records for which full-text is unavailable on INSPIRE. The database indexes the metadata of some papers and books for which we do not have access to a pdf. Additionally, leaving out the search operators will only search the metadata of records, such as titles, abstracts, authors, etc. Compare the results of fulltext “quark decay” with the results of “quark decay”.

For feature requests, please fill in your feedback here. For any other request, you can contact us at <feedback@inspirehep.net>.