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Decentralized Science (DeSci) has emerged. This is a new concept in the world of Web3. The main goal of DeSci is to achieve fair and equitable funding, creation, review, storage, and dissemination of scientific knowledge through establishing public infrastructure and using Web3 tools (including NFTs, smart contracts, DAOs, etc.). Finally, the article points out that although DeSci offers a new research model, its development still faces many challenges, such as the quality of research projects and how to improve the governance system of DAOs, which can be solved based on further effort and innovation.

DeSci (Decentralized Science) aims to create a public infrastructure for scientific research by leveraging Web3 technologies.

This article analyzes how decentralized science (DeSci) introduces the liquidity of Meme coins into scientific research to support real scientific exploration. The article analyzes the business models of Bio Protocol and Pump.Science and discusses the real needs and market of DeSci. potential, and discuss how DeSci balances long-term investment in scientific research with short-term speculation in the crypto market, as well as the future development direction of DeSci's narrative.

The goal of DeSci is primarily to create an ecosystem that incentivizes scientists to openly share their research while allowing anyone to easily access and contribute to the research.

DeSci (Decentralized Science) projects are an emerging concept and practice based on blockchain technology, aimed at transforming traditional scientific research and dissemination models through decentralization. The goal of DeSci is to address some key issues in the current scientific research field, such as high publication fees, lack of data transparency, disputes over research ownership, and the lack of trust in funding mechanisms among the public and scientists.

SUI DeSci Agents is a decentralized science (DeSci) platform that utilizes the high-performance and artificial intelligence technology of the SUI network to promote the democratization of longevity science. Through the issuance of DeSci assets, innovative liquidity mechanisms, and community participation, the platform provides retail investors with opportunities to access groundbreaking scientific discoveries. This article will comprehensively analyze its features, technical advantages, and future potential.

Click to discover the five most popular DeSci projects in the year 2024 and how they are contributing to the advancement of scientific research.

The article explores the DeSci (Decentralized Science) track and its potential projects, highlighting DeSci's potential to leverage Web3 technology to enable the equitable funding, creation, review, storage, and dissemination of scientific knowledge.DeSci encourages scientists to openly share research results while allowing anyone to access and contribute. The article mentions the rise of ResearchCoin (RSC) and the boom in DAOs in DeSci projects that solve the research funding challenge.DeSci projects such as Molecule, VitaDAO, and HairDAO focus on biotechnology and utilize blockchain technology to streamline data collection and processing to advance science.DeSci also provides new ways to solve the challenges of peer review and research funding audits.

The key technology driving DeSci is decentralized storage, which has evolved from the IPFS protocol. It has been shown to be more cost-effective and secure than traditional centralized storage solutions, and the current implementations are relatively mature. Essentially, the infrastructure for DeSci is in place; now it just needs broader acceptance and adoption of decentralized storage concepts.

This article gives a detailed introduction to the list of key DeSci ecological projects and their recent developments.

This article analyzes current challenges in scientific research funding—including bureaucracy, uneven distribution of funds, and innovation bottlenecks—and explores how decentralized science (DeSci) can revolutionize research funding through blockchain technology and Web3 tools. The article highlights DeSci's core advantages: improved financial liquidity, lower funding barriers, and enhanced global scientific collaboration.

Should Academic Papers Really Be Behind a Paywall? Where Lies the Key to the Challenges in Academia? This article explores the potential for openness and progress in academia through the integration of Web3 and the recent discussions around the DeSci topic.

This article introduces Molecule and its ecosystem's involvement in the decentralized science (DeSci) field, including advancing IP tokenization funding through the Catalyst platform, driving biotechnology project development with the BIO Protocol, and supporting barrier-free scientific experiments and fundraising via the pump.science platform. It also explores the potential and challenges of DeSci.

With Binance’s strategic investment in the DeSci protocol Bio Protocol, the market has entered a FOMO phase for decentralized science. At the same time, the longevity trend has reignited interest in biological research. Could the 21st century truly belong to biology?

This article explores the potential development of the DeSci (Decentralized Science) field, particularly focusing on how the BIO Protocol is driving a new model for biomedical data sharing through blockchain technology. It promotes the fair distribution of global research resources, with an emphasis on the profound impact of DeSci on medical data management, especially in terms of enhancing research efficiency and protecting intellectual property. The article also discusses the challenges in this field and the future directions of its development.