ResearchHub是一个基于区块链技术的去中心化科研协作平台,其核心在于通过ResearchCoin (RSC) 代币激励机制,赋能科研人员公开分享、深度探讨并持续改进学术研究成果,从而加速科学发现的进程。RSC代币不仅仅是奖励科研贡献的工具,更是社区治理的关键,持有者能够积极参与提案投票等关键决策,直接影响平台发展方向。ResearchHub致力于构建一个前所未有的开放、透明且高效的科研生态系统,旨在打破传统科研领域长期存在的信息孤岛效应和激励机制缺失的困境。
查看项目官方Twitter发布的推文
@arshiamalek_ @ResearchHub @ResearchHub is doing good things on DeSCI It can do great things in near future if putting more real values to individuals roles in peer reviews of articles, grant proposals and doing dePIN based researches.
@arshiamalek_ @ResearchHub @ResearchHub 正在 DeSCI 领域做有益的事情。如果能在同行评审文章、资助提案中为个人角色赋予更多实际价值,并进行基于 dePIN 的研究,它在不久的将来可以做出伟大的事情。
🌟 Something BIG is coming! 🚀 @SpectruthAI is about to unveil a game-changing partnership that will propel decentralized science forward. Shoutout to @ResearchHub for paving the way! Join us as we continue to break barriers and shape the future of DeSci. #Trump #DeSci #CryptoNews
🌟 大事即将发生!🚀 @SpectruthAI 即将公布一项改变游戏规则的合作伙伴关系,这将推动去中心化科学向前发展。向 @ResearchHub 致敬,感谢他们铺平了道路!加入我们,继续打破障碍,塑造 DeSci 的未来。
Dear DAO Communities, Spectruth DAO is thrilled to announce the opening of our clinic in Kyiv later this year, a space dedicated to advancing healthcare science through collaboration, innovation, and decentralized principles. We believe the future of health care lies in creating a new paradigm centered around #DeSci and #DAOs , where transparency, open access, and community-driven research redefine how health is treated globally. To achieve this, we must work together to dismantle the historical framework of roadblocks in traditional science and health funding—opaque gatekeeping, siloed data, and profit-driven barriers—by replacing them with open collaboration, shared resources, and equitable innovation. Our clinic will serve as a hub for groundbreaking research into PTSD and other trauma-related conditions, leveraging wearable technology, AI-driven interventions, and experimental therapies. We are eager to collaborate with DAOs that share our vision for transforming health care. Whether it is working with @endrarediseases when we encounter veterans with dual diagnoses of rare diseases, integrating @AxonDAO 's CureRing or A+Voice technology into our PTSD monitoring systems, using @Elata_Bio ’s open-source EEG platform for neural assessments, or publishing findings on platforms like @ResearchHub and @nobleblocks , we are committed to fostering partnerships that drive meaningful progress. Spectruth DAO is dedicated to sharing all research data collected at our clinic openly and securely to help refine innovations developed by our collaborators. By working together, we can create scalable solutions that improve accessibility and outcomes for patients worldwide. We invite all DAOs to join us in this mission. Let us build bridges between communities, advance health care science, and set a new standard for decentralized collaboration in medicine. Together, we can transform lives and shape the future of health care. In solidarity and innovation, Spectruth DAO @bioprotocol @vita_dao @Molecule_dao @yzilabs @Sei_FND @Hippocrat_io @elizaOS @DeSciWorld @AgentBILLNYE @cz_binance @VitalikButerin
亲爱的DAO社区,Spectruth DAO非常高兴地宣布,我们将在今年晚些时候在基辅开设诊所,这是一个致力于通过协作、创新和去中心化原则推进医疗科学的空间。我们相信医疗保健的未来在于创建一个以#DeSci和#DAOs为中心的新范式,其中透明度、开放获取和社区驱动的研究重新定义了全球健康治疗的方式。为实现这一目标,我们必须共同努力,通过开放协作、共享资源和公平创新,打破传统科学和健康资助中的历史障碍——不透明的把关、孤立的数据和利润驱动的壁垒。我们的诊所将成为研究PTSD和其他创伤相关疾病的突破性研究中心,利用可穿戴技术、AI驱动的干预和实验性疗法。我们渴望与分享我们改变医疗保健愿景的DAO合作。无论是与@endrarediseases合作处理罕见病双重诊断的退伍军人,将@AxonDAO的CureRing或A+Voice技术整合到我们的PTSD监测系统中,使用@Elata_Bio的开源EEG平台进行神经评估,还是在@ResearchHub和@nobleblocks等平台上发布研究成果,我们都致力于建立推动有意义进展的伙伴关系。Spectruth DAO致力于公开安全地分享我们诊所收集的所有研究数据,以帮助完善合作伙伴开发的创新。通过共同努力,我们可以创建可扩展的解决方案,提高全球患者的可及性和治疗效果。我们邀请所有DAO加入我们的使命。让我们在社区之间架起桥梁,推进医疗科学,并为医学中的去中心化协作设定新标准。团结与创新,Spectruth DAO
Oh my favorite narratives: DePIN and DeSCI DePIN has great potentials and in combination with blockchain traits, transparency, nothing vanished, privacy, they offer great potentials in different fields: mapping, sharing infrastructures like wireless network, Computing powers, GPU power, Weather, or in medicine by data provided by users ( data of enviromental resources like weather, roads mapping, or users own data like medical signals or social behavior data… just imagine 1 million users worldwide provide data of their own body or their social behaviours, or psychological attributes. Or thousands users with specific disorder ( biological disorder or psychological disorders, depressions, autisms, stress, PTSD… ) and this is a golden resource for any medical or psychological and sociologist researcher. All these data providing or contributing by users are incentivized. And blockchain here plays fundamental roles. Data are transparent, never lost, privacy preserved and more importantly all data are decentralized and no dirty control by big pharma companies … Below are some examples: DePIN Projects - IoTeX: Connects physical devices to blockchain for decentralized IoT networks. - Helium: Uses hotspots to create a decentralized wireless network for IoT devices. - Filecoin: Enables decentralized storage by renting out unused hard drive space. - Render Network: Decentralizes GPU computing for rendering and AI tasks. - Theta Network: Facilitates decentralized video streaming using shared bandwidth. - @getgrass_io , @dawninternet , @OpenLayerHQ , oasis network, @nodepay_ai all focus on sharing computing and GPU power shared by users and use it in training AI models and sharing to customers. DeSci Projects We have some projects but great space ahead. - SUI DeSci Agents: Promotes decentralized science initiatives on the SUI blockchain. - Molecule: Tokenizes intellectual property to fund biotech research. - VitaDAO: Funds longevity research through a decentralized DAO. - ResearchHub: Incentivizes open-access scientific publishing with token rewards. - DeSci Labs: Builds blockchain tools for secure scientific data storage and sharing. - @endrarediseases : focuses on treating rare diseases. And AIWayfinder is using or can use some kind of DePIN data of user contributstions, usages of network to optimize or train its AI agents. Sorry for long and maybe boring text. I am very optimistic on DePIN and DeSCI
我最喜欢的叙事:DePIN和DeSCI DePIN具有巨大潜力,结合区块链的特性(透明度、不可篡改、隐私保护),在不同领域展现出巨大潜力:地图绘制、共享基础设施(如无线网络、计算能力、GPU算力、天气数据),或通过用户提供的数据应用于医学领域(如环境资源数据:天气、道路测绘;或用户自身数据:医疗信号、社交行为数据…想象一下全球100万用户提供自己的身体数据或社交行为数据,或数千名有特定障碍(生理或心理障碍、抑郁、自闭症、压力、创伤后应激障碍等)的用户数据,这对医学、心理学和社会学研究者来说是黄金资源。 所有这些用户提供或贡献的数据都会获得激励。区块链在此发挥基础作用:数据透明、永不丢失、隐私保护,更重要的是所有数据去中心化,不受大型制药公司的肮脏控制… 以下是一些例子: DePIN项目 - IoTeX:将物理设备连接到区块链以构建去中心化物联网网络。 - Helium:使用热点设备创建去中心化无线网络供物联网设备使用。 - Filecoin:通过出租闲置硬盘空间实现去中心化存储。 - Render Network:将GPU算力去中心化用于渲染和AI任务。 - Theta Network:利用共享带宽实现去中心化视频流媒体。 - @getgrass_io、@dawninternet、@OpenLayerHQ、oasis network、@nodepay_ai均专注于共享用户提供的计算和GPU算力,用于训练AI模型并服务于客户。 DeSci项目 目前项目不多但前景广阔。 - SUI DeSci Agents:在SUI区块链上推动去中心化科学计划。 - Molecule:通过代币化知识产权资助生物技术研究。 - VitaDAO:通过去中心化DAO资助长寿研究。 - ResearchHub:用代币奖励激励开放获取的科学出版。 - DeSci Labs:为安全存储和共享科学数据开发区块链工具。 - @endrarediseases:专注于罕见病治疗。 - AIWayfinder正在或可以利用某种DePIN用户贡献数据(网络使用情况)来优化或训练其AI代理。 抱歉文字冗长可能无聊。我对DePIN和DeSCI非常乐观。
@SimplicityWeb3 Question: In the context of decentralized science, who do you believe bears the responsibility for ensuring ethical standards are upheld? Should it be the launch pads for projects like @bioprotocol or @PumpScience, or the publishing platforms such as @nobleblocks or @ResearchHub?
@SimplicityWeb3 提问:在去中心化科学的背景下,你认为谁应该负责确保道德标准得到维护?是像@bioprotocol或@PumpScience这样的项目启动平台,还是像@nobleblocks或@ResearchHub这样的出版平台?
Challenges of DeSci – What’s Holding It Back? Decentralized Science (#DeSci) is a bold vision open data, community funding, blockchain-powered trust. We’ve seen its promise: VitaDAO’s $10M for longevity, AI slashing R&D timelines. But it’s not all smooth sailing. DeSci’s young, scrappy, and up against real challenges that could stall its revolution. Today, we’re pulling back the curtain on what’s holding it back because knowing the flaws is how we fix them. First, adoption. DeSci’s tech blockchain, DAOs, tokens thrives in crypto circles, but most scientists don’t speak that language. A 2024 survey found 85% of researchers still rely on traditional journals; only 3% had used a DeSci platform like @Molecule_dao or @ResearchHub Why? Steep learning curves (wallets, hashes) and skepticism ‘Why swap peer review for tokens?’ Academia’s inertia is a beast; tenured profs and grant-chasing labs won’t pivot overnight. DeSci needs a bridge, not just a leap. Second, quality control. Openness is DeSci’s strength anyone can upload data or fund a project. But that’s also its Achilles’ heel. Without gatekeepers, junk science can creep in. In 2023, a hyped #DeSci DAO funded a ‘miracle cure’ that flopped shoddy methods, no replication. Crowd-sourced peer review (e.g., ResearchHub’s token incentives) aims to catch this, but it’s unproven at scale. A 2025 analysis pegged 20% of early DeSci papers as low-rigor vs. 10% in top journals. Freedom’s great until it drowns signal in noise. Third, funding quirks. DAOs like VitaDAO raised $50M+ by 2024, but it’s not all rosy. Token markets are volatile VITA crashed 40% in a 2023 bear run, spooking backers. Speculators can hijack votes, chasing hype over substance; a 2024 cancer DAO pivoted to a meme coin mid-project. And small fry get sidelined $250K for Matrix Bio sounds big, but it’s peanuts next to NIH’s $40B yearly pot. DeSci’s nimble, but it’s not yet deep-pocketed or stable. Fourth, tech limits. Blockchain’s magic IPFS for data, Ethereum for contracts has kinks. Ethereum processes 15 transactions/second; a busy DeSci day could clog it, with fees spiking to $20+. Solana’s faster (50K/sec), but outages hit twice in 2024. Storage’s pricey Arweave’s $5/GB ‘forever’ rate beats AWS, but a terabyte of raw genomics data costs $5K upfront. AI needs clean inputs; DeSci’s early, messy datasets (think uncurated uploads) can choke models. The pipes work they just groan under load. Fifth, legal murk. Science loves rules ethics boards, IP laws, FDA trials. DeSci’s decentralized vibe clashes here. Who owns tokenized IP if a DAO dissolves? A 2024 lawsuit over a Molecule project stalled when courts couldn’t pin jurisdiction—smart contracts don’t care about borders, but judges do. Patient data on-chain risks GDPR fines; a BioDAO got slapped with a $1M penalty in 2025 for sloppy anonymization. DeSci’s borderless dream meets a world of red tape. Sixth, equity gaps. DeSci aims to level science fund a Ghanaian lab, empower patients. But crypto’s not universal. A 2023 report showed 80% of DAO participants are in North America/Europe; Africa’s share is 2%, throttled by internet access and crypto bans. Token wealth concentrate VitaDAO’s top 10 holders own 30% of VITA. The unbanked or unconnected stay sidelined, trading one elite club for another. These hurdles aren’t fatal, but they’re real. Adoption needs simpler tools think ‘DeSci for Dummies’ apps. Quality wants hybrid filters AI plus human review. Funding could lean on stablecoins or public-private mixes. Tech’s scaling Ethereum’s sharding aims for 100K transactions/second by 2026. Legal fixes need DeSci-friendly policies (Estonia’s eyeing it). Equity demands outreach crypto literacy drives, not just Discord hype. DeSci’s raised millions, published thousands, and sparked hope. Challenges don’t kill it they shape it. Tomorrow, we’ll dream big about its future. #DeSci #DecentralizedScience #ScienceForAll $met
去中心化科学(#DeSci)是一个大胆的愿景,涉及开放数据、社区资助和区块链驱动的信任。我们已经看到了它的潜力:VitaDAO为长寿研究筹集了1000万美元,人工智能缩短了研发时间。但并非一帆风顺。DeSci年轻、充满活力,但也面临着可能阻碍其革命的真正挑战。今天,我们将揭开阻碍其发展的原因,因为了解缺陷是我们修复它们的方式。首先,采用问题。DeSci的技术区块链、DAO、代币在加密圈子中蓬勃发展,但大多数科学家并不熟悉这种语言。2024年的一项调查发现,85%的研究人员仍然依赖传统期刊;只有3%的人使用过像@Molecule_dao或@ResearchHub这样的DeSci平台。为什么?陡峭的学习曲线(钱包、哈希)和怀疑‘为什么要用代币取代同行评审?’学术界的惯性是一个巨大的障碍;终身教授和追逐资助的实验室不会一夜之间改变。DeSci需要一座桥梁,而不仅仅是一次飞跃。其次,质量控制。开放性是DeSci的优势——任何人都可以上传数据或资助一个项目。但这也是它的致命弱点。没有看门人,垃圾科学可能会渗入。2023年,一个备受关注的#DeSci DAO资助了一个‘奇迹疗法’,但失败了——方法粗糙,无法复制。众包同行评审(例如,ResearchHub的代币激励)旨在解决这个问题,但它在规模上尚未得到验证。2025年的一项分析指出,早期DeSci论文中有20%是低严谨性的,而顶级期刊中这一比例为10%。自由是伟大的,直到它在噪音中淹没了信号。第三,资金问题。像VitaDAO这样的DAO到2024年已经筹集了5000多万美元,但并非一切顺利。代币市场波动——VITA在2023年的熊市中暴跌40%,吓坏了支持者。投机者可能会劫持投票,追逐炒作而非实质;2024年一个癌症DAO在项目中期转向了一个迷因币。小项目被边缘化——Matrix Bio的25万美元听起来很多,但与NIH每年400亿美元的预算相比,这只是九牛一毛。DeSci灵活,但尚未拥有深厚的资金或稳定性。第四,技术限制。区块链的魔力——IPFS用于数据,以太坊用于合约——也有问题。以太坊每秒处理15笔交易;一个繁忙的DeSci日可能会堵塞它,费用飙升至20美元以上。Solana更快(每秒5万笔),但2024年发生了两次中断。存储价格昂贵——Arweave的5美元/GB‘永久’费率优于AWS,但一TB的原始基因组数据前期成本为5000美元。人工智能需要干净的输入;DeSci早期的混乱数据集(例如未整理的上传)可能会阻塞模型。管道有效——它们只是在负载下呻吟。第五,法律模糊。科学喜欢规则——伦理委员会、知识产权法、FDA试验。DeSci的去中心化氛围在这里产生了冲突。如果DAO解散,谁拥有代币化的知识产权?2024年一起关于Molecule项目的诉讼因法院无法确定管辖权而停滞——智能合约不关心边界,但法官关心。患者数据上链可能面临GDPR罚款;2025年一个BioDAO因草率的匿名化被罚款100万美元。DeSci的无国界梦想遇到了一个充满繁文缛节的世界。第六,公平差距。DeSci旨在平衡科学——资助加纳实验室,赋予患者权力。但加密货币并不普遍。2023年的一份报告显示,80%的DAO参与者来自北美/欧洲;非洲的份额为2%,受到互联网访问和加密货币禁令的限制。代币财富集中——VitaDAO的前10名持有者拥有30%的VITA。没有银行账户或未连接的人仍然被边缘化,从一个精英俱乐部换到另一个精英俱乐部。这些障碍并非致命,但它们是真实的。采用需要更简单的工具——想想‘傻瓜式DeSci’应用程序。质量需要混合过滤器——人工智能加人工评审。资金可以依赖稳定币或公私混合模式。技术正在扩展——以太坊的分片目标是在2026年达到每秒10万笔交易。法律修复需要DeSci友好的政策(爱沙尼亚正在考虑)。公平需要外展——加密货币扫盲活动,而不仅仅是Discord炒作。DeSci已经筹集了数百万美元,发表了数千篇论文,并点燃了希望。挑战不会杀死它——它们塑造它。明天,我们将大胆地梦想它的未来。#DeSci #DecentralizedScience #ScienceForAll
DeSci and AI – Synergies and Possibilities Decentralized Science (DeSci) is already shaking up research with blockchain open data, fast funding, community ownership. Now, add AI to the mix, and you’ve got a powerhouse duo that could turbocharge discovery. Yesterday, we unpacked blockchain’s role; today, we’re diving into how DeSci and AI synergize, blending decentralized freedom with machine intelligence. The possibilities? Mind-blowing. Let’s explore. AI’s a beast at crunching data, think drug discovery, protein folding, or climate modeling. But it’s often chained to the same old science problems: siloed datasets, biased inputs, and opaque processes. DeSci breaks those chains. Its open, blockchain-hosted data like the 10K+ papers on IPFS or VitaDAO’s longevity trials feeds AI with a firehose of raw, diverse info. No more begging for scraps from paywalled journals. A 2023 study showed open datasets boost AI model accuracy by 15-20% over proprietary ones. DeSci’s the fuel; AI’s the engine. Take drug discovery. Traditional pipelines burn $1B and 10 years per drug, with AI shaving that to $100M and 3-5 years (e.g., DeepMind’s AlphaFold). DeSci supercharges this. Imagine an AI trawling decentralized platforms, Molecule’s compound libraries, BioDAOs’ patient trials spotting patterns no human could. In 2024, an AI on Ethereum’s chain analyzed 1M tokenized bio-records, flagging a rare disease marker in 72 hours. Crowdfunded via smart contracts, the project launched a trial in months, not decades. AI finds the needle; DeSci threads it. Collaboration’s another win. AI thrives on scale more minds, more compute, more ideas. DeSci’s global, permissionless networks deliver. Platforms like ResearchHub or LabDAO let anyone PhDs, biohackers, even patients upload hypotheses or data. AI can then sift this crowd-sourced goldmine, ranking ideas by promise. A 2025 pilot saw an AI score 500 DeSci proposals, greenlighting a malaria vaccine tweak that cut costs 40%. Tokens rewarded contributors, while blockchain logged every step. It’s a meritocracy where AI plays referee, not gatekeeper. Transparency’s key, too. AI’s ‘black box’ problem where outputs mystify even creators clashes with science’s need for scrutiny. DeSci fixes this. Blockchain timestamps AI inputs, weights, and results, making models auditable. Think of xAI’s Grok analyzing a DeSci dataset: every prediction’s hash-stamped say, Block #789012 on Polygon open for peer review. A 2024 experiment had an AI audit 1,000 on-chain papers, catching 12% more errors than humans alone. Trust rises when AI’s not a wizard behind a curtain. Funding gets a boost. DeSci’s DAOs already pool millions VitaDAO hit $10M+ by 2024. Pair that with AI predicting project success. An AI could analyze past DeSci wins (e.g., Matrix Bio’s $250K haul) against market trends, guiding token holders to bet smarter. In late 2024, a Solana-based DAO used an AI to pick a cancer study over 20 rivals; it’s now in trials, up 300% in token value. AI doesn’t just accelerate science it optimizes the money behind it. The possibilities stretch further. AI could govern DeSci itself running DAOs with algorithmic voting to cut bias, or auto-minting tokens for high-impact work. Picture an AI scanning Arweave’s archives, flagging dormant datasets for revival, then crowdfunding them via smart contracts. Or real-time translation of global DeSci chats, knitting a borderless research web. A 2025 forecast predicts AI-driven DeSci could slash R&D timelines 50% by 2030 think cures in years, not lifetimes. Limits exist We’ll hit those tomorrow. AI needs clean data; DeSci’s early messiness can trip it up. Compute costs soar training a model like GPT-4 hit $100M in 2023. Adoption’s patchy; most labs don’t speak ‘blockchain’ or ‘AI’ yet. But the synergy’s real. DeSci’s openness feeds AI’s hunger, while AI’s speed and smarts amplify DeSci’s reach. #DeSci #AI #DecentralizedScience $MET
去中心化科学(DeSci)已经通过区块链开放数据、快速融资和社区所有权颠覆了研究领域。现在,将AI加入其中,你将拥有一个能够加速发现的强大组合。昨天,我们解析了区块链的作用;今天,我们将深入探讨DeSci和AI如何协同工作,将去中心化的自由与机器智能相结合。可能性?令人惊叹。让我们来探索一下。AI在数据处理方面非常强大,比如药物发现、蛋白质折叠或气候建模。但它通常被束缚在同样的科学问题上:孤立的数据集、有偏见的输入和不透明的过程。DeSci打破了这些束缚。它开放的、基于区块链的数据,如IPFS上的10,000多篇论文或VitaDAO的长寿试验,为AI提供了大量原始、多样的信息。不再需要从付费期刊中乞求零碎信息。2023年的一项研究表明,开放数据集使AI模型的准确性比专有数据集提高了15-20%。DeSci是燃料;AI是引擎。以药物发现为例。传统的流程每款药物需要花费10亿美元和10年时间,而AI将其缩短到1亿美元和3-5年(例如DeepMind的AlphaFold)。DeSci进一步加速了这一过程。想象一下,一个AI在去中心化平台上搜索,Molecule的化合物库,BioDAOs的患者试验中发现了人类无法发现的模式。2024年,一个在以太坊链上的AI分析了100万条代币化的生物记录,在72小时内标记出了一个罕见疾病的标志物。通过智能合约众筹,该项目在几个月内启动了试验,而不是几十年。AI找到了针;DeSci穿线。合作是另一个优势。AI在规模上表现出色——更多的头脑、更多的计算能力、更多的想法。DeSci的全球无许可网络提供了这些。像ResearchHub或LabDAO这样的平台允许任何人——博士、生物黑客甚至患者——上传假设或数据。然后,AI可以筛选这些众包的宝库,按潜力对想法进行排名。2025年的一项试点中,一个AI对500个DeSci提案进行了评分,批准了一项将疟疾疫苗成本降低40%的调整。代币奖励了贡献者,而区块链记录了每一步。这是一个由AI担任裁判而不是守门人的精英制度。透明度也很关键。AI的“黑箱”问题——输出甚至让创造者感到困惑——与科学需要审查的需求相冲突。DeSci解决了这个问题。区块链时间戳记录了AI的输入、权重和结果,使模型可审计。想象一下xAI的Grok分析一个DeSci数据集:每个预测都带有哈希戳,比如Polygon上的区块#789012,开放供同行评审。2024年的一项实验中,一个AI审计了1,000篇链上论文,发现了比人类单独工作多12%的错误。当AI不是幕后的巫师时,信任度会上升。资金也得到了提升。DeSci的DAO已经筹集了数百万——到2024年,VitaDAO筹集了超过1000万美元。将其与AI预测项目成功相结合。一个AI可以分析过去的DeSci成功案例(例如Matrix Bio的25万美元收益)与市场趋势,指导代币持有者更明智地下注。2024年底,一个基于Solana的DAO使用AI选择了一项癌症研究,击败了20个竞争对手;它现在正在进行试验,代币价值上涨了300%。AI不仅加速了科学,还优化了背后的资金。可能性进一步延伸。AI可以管理DeSci本身——通过算法投票运行DAO以减少偏见,或为高影响力工作自动铸造代币。想象一下,一个AI扫描Arweave的档案,标记出需要复兴的休眠数据集,然后通过智能合约进行众筹。或者实时翻译全球DeSci聊天,编织一个无边界的科研网络。2025年的预测显示,到2030年,AI驱动的DeSci可以将研发时间缩短50%——想想几年内就能找到治愈方法,而不是一生。当然存在限制我们明天会讨论这些。AI需要干净的数据;DeSci早期的混乱可能会阻碍它。计算成本飙升——2023年训练像GPT-4这样的模型花费了1亿美元。采用率参差不齐;大多数实验室还不懂“区块链”或“AI”。但协同作用是真实的。DeSci的开放性满足了AI的需求,而AI的速度和智慧放大了DeSci的影响力。#DeSci #AI #去中心化科学 $MET