Reduced Costs and Increased Efficiency

Eliminating Intermediaries:Desciremoves intermediaries like publishers, scientific journals, and traditional funding agencies. This reduces costs for researchers and organizations, while also optimizing research processes.

Automation via Smart Contracts: Smart contracts automate funding and payment processes, reducing risks and transaction costs. Fund distribution and acknowledgment of research results will occur quickly and accurately without intermediaries.

Creating New Research Funding Opportunities

Decentralized Funding (Crowdfunding):Desciallows researchers to raise funds through decentralized platforms, enabling them to access funding without relying on traditional research grants, government agencies, or large funding organizations.

DAO and Transparent Funding: Using DAOs for research funding allows the community to participate in funding allocation decisions, creating a transparent and fair funding system.

Encouraging Collaboration and Sharing

Open Research Community:Descifosters a global collaborative environment where researchers, scientists, and experts can share data, collaborate on projects, and co-create without being bound by intermediaries.

Open Standards: The platforms and tools inDesciuse open standards and protocols, making it easy to integrate systems and enabling cross-disciplinary collaboration in science.

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Improving the Evaluation and Publication Process

• Open Peer Review: The peer review process inDesciis transparent and public, increasing fairness and efficiency in evaluating research work. Experts in thecommunity can provide feedback and improve the quality of research without going through intermediary organizations.

• Open Access:Desciallows research papers to be published in open access format, enabling everyone, from researchers to the public, to access and use the research results without financial or publishing barriers.

Encouraging Innovation and Creativity

• Tokenizing Research: Using tokens (digital currencies) to represent research works, access rights, or the value of research helps encourage creativity and innovation. Researchers can earn rewards and financial incentives from their contributions.

• Promoting Fundamental Research:Descinot only encourages research with immediate financial benefits but also promotes fundamental research, which may take time but contributes long-term to the development of science.

Reducing Exclusivity and Control

• Eliminating Intermediary Organizations:Descireduces reliance on traditional organizations such as scientific publishers, funding agencies, or government bodies, where centralized power and control may exist.

• Improving Intellectual Property Rights: Researchers can better control and protect their intellectual property when usingblockchain, preventing unauthorized infringement or violation of ownership rights.

Creating Opportunities for Researchers Everywhere

• International Collaboration and Scaling: With a decentralized environment,Desciencourages scientists worldwide to collaborate without facing language, geographic, or organizational barriers.

• Global Scientific Community:Desciconnects science enthusiasts and researchers globally, creating opportunities to learn, share knowledge, and contribute to scientific initiatives.

Enhancing the Reproducibility of Research

• Reproducing and Verifying Data: Research works published and stored onblockchaincan easily be verified and reproduced by other researchers, ensuring that scientific conclusions and discoveries are accurate and replicable.

• Combating Fraud and Bias: Since research data is stored and tracked onblockchain, it is difficult to alter or falsify results without detection, helping protect science from fraud and bias.

Improving Flexibility and Research Processes

• Open Research Platforms:Desciprovides flexible platforms allowing scientists to share resources, collaborate on research, and develop scientific tools without traditional censorship platforms.

• Automation Tools: AI and machine learning tools can be integrated intoDesciplatforms, helping automate data analysis, optimize research processes, and quickly detect new research trends.

Applications ofDesci

Desciis rapidly developing and offering many potential applications in various fields of science. The use ofblockchaintechnology, DAOs, tokenization, and decentralized systems revolutionizes research processes, funding, publishing, and scientific collaboration. Below are the main applications and future directions forDesci.

Decentralized Research Funding

•Crowdfundingand DAO Funding: Research projects can raise funds through decentralizedcrowdfundingplatforms or decentralized autonomous organizations (DAOs). Instead of relying on traditional government, organizational, or corporate funding, researchers can solicit contributions from the community.

• Transparency in Fund Allocation: All funding and allocation processes are recorded onblockchain, creating a transparent and fair environment for funding research projects.

Publishing and Open Access to Research

• Open Science Publishing: Research works will be published on open-access platforms, allowing scientists, scholars, and the public to access information without financial barriers.

• Tokenizing Research Works: Research papers can be tokenized, allowing researchers and organizations to own and trade access rights or ownership of data and research results. This not only provides financial opportunities for researchers but also increases the recognition and value of the work.

Research Evaluation and Approval

• Open Peer Review: Research works will be publicly reviewed by experts in the scientific community through an open peer review process. This enhances fairness and transparency in evaluating research quality.

• Creating a Ranking System: These reviews will be stored and recorded on theblockchain, forming a ranking system for research works. This helps identify quality works and encourages contributions from the scientific community.

Data Storage and Scientific Sharing

• Decentralized Data Storage: Important research data, such as experimental data, analysis results, and references, will be stored on decentralized platforms like IPFS (Interplanetary File System) to ensure security, permanence, and prevention of tampering or deletion.

• Sharing and Reusing Data: Scientific data can easily be shared and reused by researchers, fostering a creative and collaborative loop within the scientific community.

Encouraging and Rewarding Contributions

• Tokenization and Rewards: Scientists can receive rewards in the form of tokens for contributions to research or for reviewing works. These tokens can be used to participate in other projects, purchase research data access, or traded on exchange platforms.

• Financial Incentives: Tokens can also be used to encourage researchers to participate in creative projects or improve research quality, providing financial incentives to the scientific community.

Applications in Specific Scientific Fields

• Medicine and Clinical Research:Descican support the collection, analysis, and sharing of medical data, from drug research to clinical trials. Medical data stored onblockchainreduces fraud and enhances security.

• Environmental and Climate Change Research: Research on the environment and climate change can be funded and published throughDesci, where data and research results will be shared openly and transparently.

• Social Sciences and Humanities: Research in the social sciences and humanities can be improved by open knowledge sharing and interdisciplinary collaboration, without being restricted by traditional censoring organizations.

• Open Scientific Data: Data from research can be shared openly on theblockchain, allowing other scientists to access, use, and improve upon it.

• Decentralized Scientific Publishing: Research results can be published directly onblockchainplatforms without going through traditional scientific journals.

• Certification and Authentication:Blockchaincan authenticate inventions and scientific discoveries, ensuring that research works are not copied or fraudulently claimed.

Future Development ofDesci

Enhancing AI and Machine Learning Applications

• Data Analysis and Optimization:Descican integrate AI and machine learning tools to help analyze research data, optimize research processes, and detect patterns or trends in scientific works.

• Supporting Automation: These technologies can automatically analyze research papers, helping identify new research patterns, topics, and hypotheses based on existing data.

Building a Decentralized Scientific Community

• Global Collaborative Community:Desciwill develop into a global decentralized scientific ecosystem, where researchers can collaborate, share ideas, and resources without organizational, national, or language barriers.

• Encouraging Community Participation: Organizations, funding bodies, and scientists can participate and contribute to this open scientific ecosystem, fostering the growth of a sustainable scientific community.

Creating New Evaluation Systems

• Automated and Transparent Evaluation: In the future,Descicould use AI andBlockchainto build automated, fair, and transparent evaluation systems, where everyone can access reviews, feedback, and quality indicators of research.

• Open Certification System: Each research work can be evaluated and granted open certification, clearly defining the quality and feasibility of the research.

Expanding Applications in Other Industries

• Education Science:Descican be applied in developing open learning platforms and educational sciences, where teachers, students, and researchers can share materials and collaborate on research.

• Data Science: Researchers in data science and analytics can useDescito share, validate, and reuse research data from various sources without issues of copyright or security.

Developing Open Standards and Linking Protocols

• Developing Open Standards: To ensure compatibility and interoperability between differentDesciplatforms, developing open standards and linking protocols is crucial. This will help create a global open scientific ecosystem where every work and data can be easily shared and accessed.

• Creating Open APIs: Developers can use open APIs to link research tools, creating a network that connects various research resources.

Promoting Open Access and Learning

• Scientific Training and Education:Descican develop open science training platforms where new researchers or science enthusiasts can learn, share knowledge, and develop skills without being restricted by expensive courses or materials.

• DevelopingBlockchain-based Learning Tools: Usingblockchainto record learning achievements will create an open and authenticated learning system.

7. Examples of NotableDesciProjects

Molecule – A Platform for Drug Research Investment and Funding

Molecule is a decentralized platform that connects researchers, pharmaceutical companies, and investors in the pharmaceutical industry. This platform usesblockchaintechnology to fund research in the pharmaceutical field, including new drug discovery and medical therapies.

Applications:

Pharmaceuticalcrowdfunding:Molecule helps researchers or startups in the pharmaceutical field raise funds from the community. Investors can contribute to specific research projects and receive rewards or benefits from the research outcomes if successful.

Transparency and intellectual property protection:Blockchainhelps record all transactions, research results, and intellectual property in a transparent manner, minimizing fraud and protecting the interests of researchers.

LabDAO– A Decentralized Network for Scientific Research

LabDAOis aDesciproject that uses DAO (Decentralized Autonomous Organization) to support scientific research projects. DAO members can participate in funding and managing research projects, from basic research to the development of new technologies.

Applications:

Decentralized funding decisions:DAO members can vote to decide which projects will be funded. This creates a fair and transparent funding environment where researchers can receive support from the community without depending on intermediaries.

Automation of funding and payment processes:Grants are transferred through smart contracts onblockchain, ensuring that funds are allocated fairly and automatically without administrative delays.

Science.io – Open Peer Review and Publication System

Science.io is a decentralized scientific publishing platform where researchers can publish their work without going through traditional publishers. The platform usesblockchainto record all works, information, and research data, while utilizing open peer review to improve the quality of the work.

Applications:

Open publishing:Scientific works can be directly published on the platform without being limited by the censorship processes of traditional publishers. This expands access to and sharing of scientific information.

Open peer review:Research works are reviewed by experts in the scientific community through open peer review, which helps enhance the quality and transparency of the evaluation process.

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