Tour de Bibliothèque: The OAPEN Library SCOAP³ for Books collection

Tom Mosterd

Thu 28 Oct 2021

Read this article at hypothèses.org

The OAPEN Library is a growing virtual library of open access books. Researchers and curious readers find their way to the OAPEN Library via a number of entrances. As they browse, land upon or virtually stroll through the OAPEN Library, what unique books may one discover on its bookshelves? Today we’ll take a tour through the high energy physics section, where we’ll find the latest collection added to the OAPEN Library: the SCOAP³ for Books collection.

Open access books in high energy physics

The SCOAP³ for Books collection currently includes over 20 open access books in high energy physics and will, as part of this pilot initiative, grow to include a set of over 100 important texts within the discipline. 

This collection includes titles such as “The Standard Model and Beyond’’ written by Paul Langacker, part of the High Energy Physics, Cosmology, and Gravitation series published by Taylor and Francis (2017). This open access book provides an advanced introduction to the physics and formalism of the standard model and other non-abelian gauge theories. It provides a solid background for understanding supersymmetry, string theory, extra dimensions, dynamical symmetry breaking, and cosmology.

Next to this readers may encounter the open access book Challenges And Goals For Accelerators In The XXI Century’’, edited by Stephen Myers & Oliver Brüning and published by World Scientific Publishing Company (2016). This book describes the past 100 years of accelerator development with a special focus on the technological advancements in the field, the connection of the various accelerator projects to key developments and discoveries in the Standard Model, how accelerator technologies open the door to other applications in medicine and industry, and finally presents an outlook of future accelerator projects for the coming decades.

The role of books for SCOAP³ 

These open access books are made available thanks to the work of SCOAP³ – the Sponsoring Consortium for Open Access Publishing in Particle Physics. SCOAP³ enables open dissemination of global research outputs in high energy physics and was first introduced in 2012, with the support of the European Organization of Nuclear Research (CERN).

So what is the role of the academic book for SCOAP³ and within high energy physics more generally?

The overall objective for SCOAP3 is to enable global, equitable open access for research in the discipline of high energy physics. Having successfully converted the majority of the journal literature in the discipline to open, the Consortium decided to expand the scope of the initiative to include academic books in high energy physics and related disciplines (such as accelerator physics and instrumentation).

“Through the support of members of the consortium and partnerships with key publishers, we are making important texts in our domain completely free for students, faculty and researchers around the world. The COVID19 pandemic demonstrated how important it is for content to be widely and seamlessly accessible, and we are committed to a future where research and academic texts are available openly to anyone who might need them.”  – Dr. Kamran Naim, Head of Open Science, CERN

OAPEN Library collection services 

Thanks to the partnership between SCOAP³ for Books and the OAPEN Library, the SCOAP³ for Books collection benefits from the various OAPEN Library collection services. These include hosting, digital preservation, dissemination and usage reporting.

The OAPEN Library includes these books as part of its metadata feeds, API schema and OAI-PMH harvesting protocol. This enables a wide range of organisations such as academic libraries, library intermediaries, research institutions, and discovery services (including Google Scholar) to provide visibility for these open access books around the world.

In the course of the next few months, more titles can be expected to be added to this unique collection of open access books.