What is DeSci? A Guide to Decentralized Science

The scientific research field faces challenges that hinder its effectiveness. Centralized funding structures limit opportunities for new researchers outside elite institutions. Many research papers remain inaccessible due to high paywalls, stifling the dissemination of knowledge. Collaboration is often restricted by institutional barriers, leading to duplicated efforts and missed opportunities for joint discoveries. the peer review process is slow, with critical findings stalled in lengthy review cycles. The emphasis on publication counts for career advancement frequently prioritizes quantity over impactful research. These systemic issues create an environment where scientific progress is often hampered.

Decentralized Science (DeSci) seeks to address these challenges by promoting a more open, equitable, and transparent scientific ecosystem. By using Web3 technologies, including decentralized autonomous organizations (DAOs), non-fungible tokens (NFTs), and decentralized storage, DeSci aims to create a public infrastructure that enhances scientific funding, peer review, and knowledge sharing.

This movement represents not just a technological shift but a fundamental rethinking of how science should operate. DeSci prioritizes accessibility, transparency, and democratization, building an environment where innovation can thrive.

Challenges Addressed by DeSci

Funding Bottlenecks

Scientific funding is largely concentrated within prestigious institutions, leaving out many capable researchers. This centralization builds groupthink, stifling diverse ideas and slowing innovation. A significant portion of research funding is allocated to a small number of institutions, leaving a vast pool of talent underfunded.

Access Barriers

Access to scientific literature is often restricted by high paywalls. For example, the average cost for accessing a single journal article can exceed a substantial amount, making it difficult for researchers at less-resourced institutions and the general public to access knowledge. A considerable percentage of research articles are locked behind paywalls.

Slow Peer Review Process

The traditional peer review process can take several months to years. Reviewers, often unpaid, face heavy workloads that delay the dissemination of important findings. The average time from submission to publication can exceed a year, potentially delaying critical advancements in various fields.

Reproducibility Crisis

The reproducibility crisis highlights the inability to replicate many published findings. Many researchers have tried and failed to reproduce another scientist's experiments. This issue often stems from inadequate sharing of methodologies and raw data, which are vital for validating results.

Misaligned Incentives

Current academic incentives encourage quantity over quality in research outputs. The "publish or perish" mentality prioritizes the number of publications rather than the significance of findings. Many scientists believe that the pressure to publish affects the quality of their research.

Limited Collaboration

Institutional competition often prevents effective collaboration across research teams. Many researchers report duplicated efforts due to a lack of communication with scientists from other institutions. This fragmentation hinders the development of solutions to complex problems.

Core Solutions Offered by DeSci

Democratizing Funding

DeSci promotes community-driven funding models that allow stakeholders to decide which research projects to support. Projects like VitaDAO exemplify this approach. VitaDAO focuses on longevity research, allowing its community members to vote on funding decisions. This model diversifies funding sources and reduces the influence of established institutions.

Benefits of Community-Driven Funding	Description
Wider Reach	Funds promising researchers outside traditional institutions.
Collaborative Decision-Making	Reduces groupthink by involving diverse stakeholders.
Accelerated Funding	Quick funding decisions minimize bureaucratic delays.
Community-Centric Initiatives	Supports research that aligns with community interests.

Open Access and Knowledge Sharing

DeSci advocates for open access to scientific knowledge. Projects like PubDAO and the Rebus Foundation promote community-funded peer review and open publishing. By removing paywalls, these platforms ensure that research is accessible to everyone.

• PubDAO: A community-driven publisher that enables transparent, rapid peer review.
• Rebus Foundation: Offers a publishing infrastructure that supports open science.
• NFT Licensing: Research can be published with usage rights represented as NFTs, enabling broader access.

Verifiable and Transparent Research

DeSci employs decentralized storage networks, such as IPFS and blockchain technology, to create transparent and auditable research records. This practice allows raw data and methodologies to be publicly available, ensuring findings can be verified and reproduced.

Benefits of Transparent Research	Description
Publicly Accessible Data	Enables verification of research findings by anyone.
Visible Methodologies	Enhances reproducibility through shared methods.
Immutable Research Records	Prevents the suppression of negative results.
Real-Time Peer Review	Allows for public, instantaneous feedback on research.

New Incentive Systems

DeSci introduces new incentive structures using tokens and NFTs. These systems can reward researchers for their contributions beyond traditional metrics:

• Compensation for peer review efforts.
• Encouragement for data sharing and reproducibility.
• Valuation of negative results, which are often overlooked.
• Simplified collaboration across institutions, breaking down silos.

Intellectual Property and Licensing

NFTs and smart contracts offer new ways to manage intellectual property in research. This approach allows for:

• Simplify licensing of research findings.
• Shared commercialization rights among multiple stakeholders.
• New funding mechanisms based on research outcomes.
• Tracking and rewarding contributions throughout the research lifecycle.