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The deScier Whitepaper
SummaryIntroductionTechnology Key FeaturesGovernanceRoadmap
  • Descier Whitepaper V1.0
    • Descier Whitepaper V1.0
    • 🟣Summary
    • 🥽The Purpose of This Whitepaper
  • Luminary
    • 🛰️Introduction
    • 🗺️The deScier Vision
      • Background and Need for a New Model
      • Publishing
        • Exploitative Practices in the Publishing Industry
      • Limited Access to Scientific Knowledge
      • Challenges in Maintaining Research Integrity
      • Inadequate Recognition and Incentives for Researchers
    • 👩‍🔬Principles and values
      • The deScier Ecosystem
      • The Path to a Decentralized Future for Science
      • The deScier Community: A Network of Scientists
        • Building the deScier Community
          • Steps to Join the deScier Network
          • Benefits and Opportunities for Members
          • Outreach and Partnerships
  • Synergy
    • 💻Technology Stack
      • Platform Overview and Features
      • Collaboration Tools and Peer Review Process
      • Open Access and Data Sharing
      • Intellectual Property and Licensing
    • 🧬Key Features and Functionalities
      • The deScier Scientific Publication Initiative
        • Managing scientific paper data assets as NFTs
        • The DeSci Journal - First issue
      • Collaboration Tools and Peer Review Process
        • Open Access and Data Sharing
        • Intellectual Property and Licensing
        • Community-Driven Governance Model
      • Funding and Grants for Scientific Research
  • Horizon
    • ⚗️Governance and Sustainability
      • Governance Framework Overview
      • Community-Driven Governance Model
        • Proposal Process
      • Financial Sustainability and Funding Mechanisms
        • The $deSci pretoken and token economy
          • Community Genesis Auction
          • Staking and Signaling
      • Ethics and Research Integrity
    • 🚀Roadmap
      • Expected Outcomes and Benefits for Science
      • Measuring Success: Metrics and Evaluation
      • Long-term Vision and Future Developments
  • Conclusion
  • Appendices
    • Case Studies of Successful deScier Projects
    • Profiles of Key deScier Community Members
    • Resources and Additional Information
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  1. Synergy
  2. Key Features and Functionalities

Collaboration Tools and Peer Review Process

In a first proof of concept, deScier will fund this first issue entirely and test the workflow using the $desci pretoken economy.

The manuscript lifecycle could operate as follows:

  1. Author submits a manuscript to deScier online

  2. Secretary receives submission

  3. Secretary checks for scientific manuscript format (title, author, affiliation, digital wallet address, abstract, introduction or rationale, hypothesis, material and methods, results, discussion, conclusions, reference)

  4. If ok, secretary accepts manuscript submission

  5. Secretary sends email to author communicating acceptance to review the manuscript, inform ways to proceed to payment and further information on how The DeSci Journal handles revision and publication

  6. Author agrees to info and pays submission fees

  7. A third-party can pay for the submission fees. Author will inform wallet address and the percentage of royalties to be written to this third-party

  8. If needed secretary automatically translate manuscript to English and manually formats as a scientific manuscript in .doc or .docx file or .opendoc so that to facilitate track changes, comments and reviewing for the authors

  9. Secretary sends the formatted English manuscript to editor

  10. Editor receives the manuscript

  11. Editor accepts the manuscript, uploads the manuscript in the cloud and sends the manuscript link to 2 (two) reviewers

  12. Editors sends the manuscript link to the designer to make a ‘abstract image’ (a summary of the manuscript in image format)

  13. The designer also checks figures and tables

  14. Reviewers receive the manuscript link and have 20 days to review

  15. Reviewers accept/ reject the manuscript

  16. Reviewers accept/ reject the timeline to complete the review

  17. Reviewers may choose to review anonymously

  18. To speed up the revision process, the reviewing process is carried out online with comments’ notes of the file manuscript to facilitate the author to accept suggestions and recommendations. A checklist for reviewers will be built and shared (a document on best practices when peer-reviewing, such as not to require further experiments, be open to novelty, place authors in the first place, check for figures, tables and supplementary data, suggest a design for figures, tables and infographics)

  19. Upon revision, authors and editors can see the reviewer’s comments in real time but should wait for the review to be complete to reply

  20. Editor receives a complete-reviewed-manuscript message from the 2 reviewers

  21. Editors reads and checks online for the suitability of suggestions from the 2 reviewers

  22. Editors sends a message to the author to check and reply for the reviewers comments within a certain timeline (10 to 15 days)

  23. Author accepts a timeline for accepting/ rejecting the review comments

  24. Author accepts both reviews and edit the updated manuscript containing all revisions

  25. Alternatively, author may not agree with suggested revisions, give arguments and start a new round of review

  26. Editor receives the reviewed-by-author manuscript message with the acceptance or rejection of the reviews

  27. Editor checks the author’s replies to the 2 reviewers

  28. If all revisions accepted, editor joins the reviewed and accepted by the author manuscript to the image abstract and to the figures (from the images designer) and sends to the layout designer for the final composition before publication

  29. Final manuscript as pdf format is sent to author for final check on manuscript text (for typos and any other errors), figures, tables and references

  30. Author authorizes publication as SP-NFT

  31. Author decides on open-access, whether will have partly hidden text, access to original raw data, access to IP protected data, access to potentially patent fileable data, amount of royalties retained in the smart contract by the author and co-authors, the amount to be transferred to the laboratory and the amount to be transferred to the organization (university, research institution, company) in case of a sellable SP-NFT

  32. Author gives authorization for the SP-NFT to be displayed in The DeSci Journal repository

  33. Editor receives authorization and send to the secretary

  34. Secretary sends manuscript for publication

  35. Manuscript is minted to a SP-NFT with the specifics chosen by the author

  36. SP-NFT is transferred to the author wallet and live in The DeSci Journal if chosen so

  37. A ‘new publication’ is communicated to the community to discuss how to use the asset and further use. This could result in:

    1. Filing for further IP and patents.

    2. Filing for clinical trials and further studies.

    3. Monetizing data through Marketplaces.

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