Please find press releases from before January 2016 in our Press Archive.
Integration of Wolfram Blockchain Labs’ distributed ledger technology platform on the bloxberg blockchain
CHAMPAIGN, Illinois | Munich, Germany, November 2020
Wolfram Blockchain Labs (WBL) and the Max Planck Digital Library (MPDL) announce the integration between WBL’s distributed ledger technology [DLT] platform and the bloxberg infrastructure. Through this collaboration initiated by Max Planck Digital Library, the bloxberg blockchain is now fully integrated into the Wolfram Language (WL) and programmatically available for analytics, application development, and computational exploration. WBL has developed a suite of functions in Wolfram Language that provide straightforward reading and writing capabilities for different blockchains. These functions also provide a powerful environment for users to create custom analytical tools. In order for these services to work seamlessly, WBL hosts nodes from Bitcoin, Ethereum, ARK, and bloxberg in their high-performance cluster. This allows direct connections to blockchain nodes and a smooth integration with the Wolfram Language, for use either on the desktop (Mathematica) or cloud (Wolfram Cloud).
With this integration, approximately 15,000 Max Planck researchers can leverage bloxberg to confirm the certification of research data all within the Wolfram Language computational notebook interface, by accessing the new functionality, which is available in e.g. Mathematica. It offers the possibility to leave an immutable fingerprint of scientists’ data on the bloxberg blockchain and to analyze the data on the blockchain. The digital fingerprint is publicly available and verifiable and proofs the existence of the verified data at the given time.
Citing Wolfram's proven history of innovative solutions built into the Wolfram Language, division manager Sandra Vengadasalam noted that, "by enabling certification and verification directly from within Mathematica, provenance and the existence of research data can be guaranteed via the bloxberg blockchain. The functionality is fully and seamlessly integrated into the research workflow, adding to the researchers’ ability to protect their intellectual property, ensure data integrity and data consistency, by using the enhanced functions provided in the Wolfram Language"
Initially introduced during the 2020 bloxberg Virtual Summit, Johan Veerman, CTO of Wolfram Blockchain Labs, added, "We are committed to keep on building tools to help the scientific community, therefore we were thrilled to integrate bloxberg with our technology ecosystem”
The Max Planck Digital Library and Wolfram Blockchain Labs anticipate broad usage of these Wolfram Language tools across members of the bloxberg consortium and the general scientific community.
The bloxberg blockchain is a sustainable global blockchain for science, run by a consortium of currently 50 leading research institutions, and aims to provide the benefits of blockchain technology and blockchain-enabled services to researchers around the globe. bloxberg was initiated by the MPG.
Wolfram Blockchain Labs provides distributed ledger technology ecosystems with the tools necessary to assist in the development of a wide variety of smart, contract-based applications. Wolfram Blockchain Labs is the DLT-focused subsidiary of Wolfram Research, Inc., the creator of Mathematica, Wolfram|Alpha and the Wolfram Language. Wolfram is the leader in developing technology and tools that inject sophisticated computational intelligence into everything.
The Max Planck Society conducts basic research in the natural sciences, life science, and humanities. The 86 Max Planck Institutes and 17 Max Planck Centers internationally focus on research fields that are innovative and address forward-looking scientific questions. The Max Planck Digital Library (MPDL) is a central unit of the Max Planck Society that supports scientists with a broad portfolio of services in the fields of information provision, publication support and research data management. With its Digital Labs department, MPDL ensures a constant pipeline of new technologies to provide innovative and sustainable services and tools for all Max Planck researchers.
Landmark agreement between Springer Nature and Max Planck Digital Library creates a route to open access for prestigious Nature research journals
Berlin | Munich | London, October 20, 2020
Springer Nature and the Max Planck Digital Library (MPDL) have agreed an approach that will deliver the first ever transformative agreement (TA) for Nature and Nature-branded journals. Building on the nationwide Projekt DEAL agreement concluded last January for Springer Nature journals, the commercial framework agreed with MPDL will now be offered to German institutions, in time for a January 2021 start.
The transformative agreement, which will run for four years, enables authors affiliated with participating institutions to publish their research articles accepted for publication in Nature and Nature-branded research journals immediately open access at no cost to them. Participating institutions will also gain read access to the complete Nature portfolio, including Nature Review titles and all forthcoming Nature-branded journals.
The parties, who have collaborated since the first iterations of transformative agreements (Springer Compact) on ever more impactful agreements to transition, have agreed this framework in the joint knowledge that TAs are the fastest pathway to transition to open access. With the vast majority of authors taking advantage of the open publication services secured for them with TA, Springer Nature’s existing transformative agreements, with author take up reaching over 90%, play a crucial role in supporting countries in making the research they have funded immediately and openly accessible to all.
The Springer Nature - DEAL agreement signed last January was the world’s largest by volume to date and is expected to enable open publication of around 13,000 German research articles a year. The volume of OA articles achieved with transformative agreements, combined with the fact that OA articles are downloaded on average four times more than non-OA articles and cited 1.6 times more, means even greater reach and impact for German researchers and German-funded research.
The Nature framework is based on a tiered price structure; in line with current subscription expenditure levels and taking into account the vastly different holdings and equally different publishing outputs of each participating institution. The terms provide for:
- Open access publishing of all research articles accepted for publication in Nature and Nature research journals by affiliated authors
- Comprehensive reading access to all Nature subscription titles, including Nature Review titles
- Reading access to all new future Nature titles and OA publishing in new launches
- Reallocation of the vast proportion of reading fees into support for open access publishing based on a cost of €9,500 per article
Frank Vrancken Peeters, Chief Executive of Springer Nature, said: “We are delighted that, following our agreement earlier this year with Projekt DEAL, we have been able to reach such a groundbreaking moment with the Max Planck Digital Library, a valued partner in our transition to open access. This transformative agreement will enable hundreds of authors across Germany to publish their research in Nature knowing that it will be open and accessible to all from the moment of publication.
“Publishing far fewer articles compared with the number of submissions they evaluate, with hundreds of dedicated in-house professional editors personally guiding authors through the peer review process, and providing news, information and context on the major scientific stories of the day, Nature and the Nature-branded research journals are unlike any other journals. Finding such a realistic transitional model with MPDL marks an exciting development in the history of our flagship journal.”
Prof. Klaus Blaum, Vice President of the Max Planck Society’s Scientific Council for Chemistry, Physics and Technology, commented: “Having the opportunity to publish original research articles openly in such a highly selective and reputable journal as Nature will be an enormous opportunity for scientists in Germany, but an even greater benefit for researchers everywhere who will be able to learn from and build on their findings, accelerating the very process of the advancement of science.”
Ralf Schimmer, Head of Information at the Max Planck Digital Library, commented: “We are extremely proud of having reached agreement on a realistic approach for transitioning high profile journals like Nature to open access that confirms the founding principle of the Open Access 2020 Initiative. By restructuring the financial streams around scholarly publishing, we can liberate journals from subscription-based paywalls for the benefit of science and society.”
With around 600 fully OA journals and the option to publish OA in 2200 more, Springer Nature publishes the world's most comprehensive open access (OA) portfolio, accounting for 20% of all immediate OA articles published globally, and is the largest publisher of OA primary research.
Over 120 people work on Nature alone, which increases to more than 360 when the Nature branded research journals are included. Over 280 work on primary research content including 193 dedicated professional in-house editors, most with PhDs, who personally guide and assist authors through the peer review and revision process, working with them to ensure their final manuscript is the best it can possibly be.
Nature and the Nature branded research journal editors spend over 60% of the time they invest in assessing manuscripts on content that is not published and with only 8% of submissions published the cost per published article is driven as much by what is not published as by what is. Papers published in Nature and the Nature-branded research journals are on average cited around 12 times more and downloaded by institutional users around 34 times more than papers in typical journals.
Nature also publishes informative, accessible content beyond primary research e.g. news, features, podcasts, specialist reports etc - all of which requires considerable investment. The resulting average cost per published article is therefore much higher than for less selective journals.
OA2020 is a global initiative of researchers, libraries, institutions and organizations committed to accelerating the transition of scholarly communication to universal open access by transforming today’s scholarly journals, currently locked behind paywalls, to open publication models.
About the Max Planck Society
The Max Planck Society is Germany's most successful research organization. Since its establishment in 1948, no fewer than 20 Nobel laureates have emerged from the ranks of its scientists, putting it on a par with the best and most prestigious research institutions worldwide. The more than 15,000 publications each year in internationally renowned scientific journals are proof of the outstanding research work conducted at Max Planck Institutes – and many of those articles are among the most-cited publications.
The Max Planck Digital Library (MPDL) is a central scientific service unit within the Max Planck Society dedicated to the strategic planning, development and operation of the digital infrastructures necessary for providing its institutes and their scholars and scientists with research information, support for web-based scholarly communication, research tools and research data management and software licensing.