Concepts & Methods
Field Building
- Renaissance Philanthropy — Scientific Field Creation. Playbook for philanthropists and scientists on catalysing emerging fields through key actor investment, connective infrastructure, and risk-tolerant funding.
- Marius Oosthuizen — The Systems Transformation Architect: A Role for the Century Ahead. On the emerging role of leaders who work across institutions, sectors, disciplines, and futures to facilitate systemic change. May 20, 2026.
- David Lang — Where are the field builders?. December 28, 2024.
- Homeworld Collective — Fall 2024 Preview: Experiments in fieldbuilding with a focus on greenhouse gas removal. October 9, 2024.
- Benjamin Reinhardt — Research Leaders' Playbook. April 4, 2024.
- Bridgespan Group — Field Building for Population-Level Change. March 27, 2020.
- Edward S. Boyden & Adam Marblestone — Architecting Discovery: A Model for How Engineers Can Help Invent Tools for Neuroscience. May 8, 2019.
- Cassie Robinson — Building the field?. June 15, 2018.
Institutional Design
- Playbook: Designing new institutions and renewing existing ones by TIAL. March 25, 2025.
- Mariana Mazzucato — Mission Economy: A Moonshot Guide to Changing Capitalism. Argues that governments should define ambitious societal missions and use procurement, public investment, and co-creation to drive solutions — applied directly to science and innovation institutions. Allen Lane, 2021.
- Mariana Mazzucato — The Entrepreneurial State. Empirical case that the state, not the private sector, has been the primary investor in radical, high-risk technologies; the intellectual foundation for mission-oriented public research institutions. Anthem Press, 2013.
- Elinor Ostrom — Governing the Commons. Nobel-winning analysis of how communities successfully manage shared resources through self-organisation and institutional design; introduces eight design principles for robust common-pool resource institutions directly applicable to open science commons. Cambridge University Press, 1990.
- Geoff Mulgan — Another World Is Possible. Broad argument for why institutional imagination — envisioning and building genuinely new institutions rather than reforming existing ones — is the central challenge for addressing complex societal problems. Chelsea Green, 2022.
Governance
- Renaissance Philanthropy — Policy Entrepreneurship. Playbook on identifying policy levers, building coalitions, and leveraging strategic timing to influence government decision-making.
- Foundation ownership and sustainability by David Schröder and Steen Thomsen. February 11, 2025.
- INGSA (International Network for Government Science Advice) — Global network connecting science advisors, policymakers, and researchers; produces frameworks and case studies on how scientific evidence enters government decisions. Secretariat at University of Auckland.
- Scholars at Risk — International network of universities protecting threatened scholars and promoting academic freedom; tracks attacks on higher education through the Academic Freedom Monitoring Project.
- Principles of Open Scholarly Infrastructure — POSI. Nine principles (governance, membership, sustainability) for ensuring scholarly infrastructure remains community-owned and mission-driven rather than captured by commercial interests. 2015; stewarded by Invest in Open Infrastructure.
Citizen & Participatory Science
- Zooniverse — World's largest people-powered research platform; 500+ projects across astronomy, biology, climate, history, and the humanities; 3M+ volunteers; 600+ resulting publications since 2009.
- SciStarter — Directory of 3,700+ citizen science projects and events; participation tracker; built with support from the National Academies of Science.
- iNaturalist — Biodiversity observation platform; 200M+ observations from 6M+ naturalists; data used in real ecological research and species distribution modelling.
- eBird (Cornell Lab of Ornithology) — Global bird observation database; 1B+ records from 600,000+ contributors; canonical example of citizen science producing publishable scientific data at scale.
- Open Humans — Platform for individuals to share personal health and biological data for research; connects participants directly with research projects.
- European Citizen Science Association — Ten Principles of Citizen Science. The foundational governance framework for ethical citizen science design: covering scientific quality, data openness, participant benefit, public communication, and legal/IP considerations. 2015.
- Muki Haklay — Citizen Science and Volunteered Geographic Information. Introduces the most-used typology of participation levels — from crowdsourcing (data contribution) to extreme citizen science (co-investigation) — used to design participation frameworks. 2013.
- Experiment.com — Crowdfunding platform purpose-built for scientific research; all-or-nothing model; 1,400+ funded projects, $12M+ pledged since 2012. Also runs topical grant programs.
Funding Mechanisms
Research Funding
- Institute for Progress & Market Shaping Accelerator — The Atlas of Innovation. Interactive toolkit of frontier R&D funding mechanisms for philanthropists and policymakers. Led by Caleb Watney & Matthew Esche. 2026.
- Renaissance Philanthropy — Thesis-Driven Philanthropic Funds. Playbook on deploying capital through expert fund directors who manage grant portfolios aligned around a specific thesis.
- Renaissance Philanthropy — Catalytic Capital. Playbook on deploying investment tools — concessional debt, guarantees, equity — to fill financing gaps and mobilise larger flows of public and private capital beyond what grant-making alone can achieve.
- Steve Olson — Experimental Approaches to Improving Research Funding Programs. March 7, 2024.
Quadratic Funding
- Vitalik Buterin, Zoe Hitzig & Glen Weyl — A Flexible Design for Funding Public Goods. September 18, 2018.
- wtfisqf by Gitcoin.
Fund People, Not Projects
- Stuart Buck — What is Good Science?. Foresight Institute Podcast. May 30, 2024.
- John P. A. Ioannidis — Fund people not projects. September 28, 2011.
- José Luis Ricón — Fund People, not projects. December 2020 – February 2021.
Fund Organizations, Not Projects
- Renaissance Philanthropy — Mid-Scale Science. Playbook on structuring focused investments of tens of millions of dollars to accelerate scientific discovery across AI, biotech, and materials science.
- Caleb Watney — Launching X-Labs for Transformative Science Funding. May 2025.
- Benjamin Reinhardt — Fund Organizations, Not Projects. January 2022.
Advance Market Commitment & Market Shaping
- Renaissance Philanthropy — Market Shaping. Playbook on using AMCs, prizes, and other instruments to incentivise innovation where commercial markets fail.
- Nan Ransohoff — How to start an advance market commitment. May 31, 2024.
- Jake Taylor & Alan Ho — Using Advance Market Commitments for Public Purpose Technology Development. June 2021.
Prizes
- Renaissance Philanthropy — Prize Competitions. Playbook on designing prizes to attract diverse innovators to clearly-defined problems.
- Santi Ruiz — How to Use Challenge Prizes. Statecraft. December 13, 2023.
- Michael Kremer & Heidi Williams — Incentivizing Innovation: Adding to the Toolkit. Innovation Policy and the Economy, Vol. 10. 2010.
Coordinated Research Programs
- Renaissance Philanthropy — Coordinated Research Programs. Playbook for funders on sourcing leadership, managing distributed teams, and executing CRPs.
- Daniel P. Gross & Maria P. Roche — Coordinated R&D Programs and the Creation of New Industries. HBS Working Paper. October 2024.
Intramural Science
- Jordi Cabana — Metascience Is Ignoring the National Labs. Macroscience. May 18, 2026.
Commitments
- Renaissance Philanthropy — Commitments. Playbook on using structured stakeholder pledges to drive collective action on major challenges without legislation or market incentives.
AI Tools for Science
- Renaissance Philanthropy — Common Task Method. Playbook on uniting research communities around standardised datasets and clear metrics to accelerate AI applications in chemistry, materials science, climate, and beyond.
- Elicit — AI research assistant for literature review, data extraction, and synthesis.
- Consensus — AI-powered search engine for scientific papers.
- Semantic Scholar — Free AI-powered research tool built by the Allen Institute for AI.
- Connected Papers — Visual tool for finding and exploring papers relevant to your field.
- ResearchRabbit — Paper discovery and literature mapping.
- Scite — Smart citation analysis showing how papers have been cited in context.
- Litmaps — Interactive literature maps for tracking research fields over time.
- OpenAlex — Fully open catalog of the global research system: papers, authors, institutions, topics.
- PaperQA by FutureHouse — Open-source LLM pipeline for question-answering over scientific literature.
- Claude as a chemist — Anthropic's work on training Claude to interpret NMR spectra, match specialised software on peak prediction, and deduce molecular structures from experimental data alone.
- Evidentia — Verifies scientific claims against 200M papers, 20M patents, 4M PhD theses, and 500K clinical trials; surfaces relevant unpublished data by connecting researchers with field experts. By Alvin Djajadikerta (Evidentia Labs; ex-Cambridge neuroscientist).
- Otto-sr — AI agent for building systematic reviews; automates literature search, screening, and synthesis.
- Ai2 ScholarQA — Allen Institute for AI's scholarly question-answering system, grounded in citations across millions of papers. 2024.
- OpenEval — Extracts atomic claims from papers with LLM evaluation; 1.96M claims from 16,000+ papers, 81% agreement with human review. 2026.
- Evidence.guide — API extracting hypotheses and test statistics from behavioural science papers. By Paul Litvak (Robyn Dawes Institute).
- OpenAI — PaperBench. Benchmark for evaluating AI agents on replicating machine learning research from scratch. 2025.
- Google DeepMind — AlphaFold 3. Predicts the structure and interactions of all molecules of life — proteins, DNA, RNA, small molecules, ions — from sequence; considered the clearest existing demonstration of AI solving a hard scientific problem that had resisted decades of human effort. 2024.
Technology Roadmaps, Tech Trees & Agenda Setting
- Renaissance Philanthropy — Target Product Profiles. Playbook on defining the characteristics innovations must meet to address unmet needs — used to orient R&D toward real-world impact.
- Ed Boyden, Nina Khera & Claire Wang — The Tiling Tree Method, Part 2: Common Pitfalls and How to Overcome Them. Companion to Part 1; addresses the most common failure modes in applying the method — over-pruning, anchoring on existing solutions, and grouping errors — with strategies for each.
- Ed Boyden, Nina Khera, Adam Marblestone & Claire Wang — The Tiling Tree Method: How to think of every way of solving a problem. Systematic decomposition method for mapping every possible approach to a problem; helps researchers identify unexplored solution branches and focus effort on genuinely hard bottlenecks. September 21, 2025.
- Fundamental Development Gap Map v1.0 by Convergent Research. Interactive map of critical scientific and technical bottlenecks; identifies where FRO-style intervention could have outsized impact. Ongoing.
- Bio.ai Roadmap. Community roadmap for AI-enabled biological research; identifies near-term technical milestones and priority capability gaps at the intersection of ML and the life sciences. 2025.
- BMFTR — High-Tech Agenda Germany. Germany's national strategy for technological leadership, developed through 26 stakeholder dialogues across six priority technology areas. Includes technology roadmaps. Ongoing.
- U.S. Department of Energy — Fusion Science & Technology Roadmap: Build, Innovate, Grow. National strategy for commercialising fusion power, developed with 600+ researchers and industry stakeholders; identifies critical science and technology gaps and milestones toward grid-scale fusion by the mid-2030s. October 2025.
- Adam Marblestone — A Beginner's Guide to Scientific Roadmapping. Introduction to the practice of scientific roadmapping — how to structure a goal-directed technology decomposition, engage expert communities, and produce actionable priority maps. March 21, 2025.
- Solid-state Far-UVC Roadmapping Workshop Report. Technology roadmap for solid-state 222nm far-UVC light sources; maps the engineering gaps blocking widespread deployment for continuous indoor air disinfection. 2024.
- Renaissance Philanthropy: Agenda Setting is Underrated. Makes the case that explicitly shaping the research agenda — choosing which problems get worked on — is a neglected but high-leverage philanthropic intervention. December 2024.
- Towards ubiquitous metagenomic sequencing: a technology roadmap. Maps the cost, throughput, and bioinformatics gaps separating current research tools from point-of-care metagenomic diagnostics. 2024.
- Supersonic Electric Flight. Roadmap covering propulsion, battery energy density thresholds, and regulatory requirements for viable electric supersonic aircraft. 2023.
- Willy Chertman's Fertility Whitepaper. Roadmap for transforming reproductive medicine through better diagnostics, embryo selection technology, and fertility preservation. 2023.
- Macromodular Additive Manufacturing by Chris Wintersinger for Speculative Technologies. Roadmap for assembling large physical objects from modular, interchangeable components using robotic fabrication; maps enabling materials and control systems. September 5, 2023.
- Nanomodular Electronics by Michael Filler & Ben Reinhardt for Speculative Technologies. Roadmap for constructing electronic circuits from discrete molecular-scale building blocks; maps the chemistry, assembly, and characterisation gaps. February 15, 2023.
- Near-term Climate Risks and Sunlight Reflection Modification. Policy-facing analysis and governance roadmap for solar geoengineering research; assesses near-term climate risks, research requirements, and decision frameworks. 2022.
- Transformative Opportunities for Single-Cell Proteomics. Roadmap identifying measurement, computational, and biological bottlenecks blocking high-throughput single-cell protein quantification. 2022.
- Opportunities in Pulsed Magnetic Fusion Energy. DOE-commissioned roadmap for pulsed magnetic confinement fusion; maps plasma physics gaps and engineering requirements for net energy gain. 2022.
- Mission-driven green research and innovation partnerships. Danish Innovation Fund framework for mission-driven research consortia tackling green transition challenges; illustrates coordinated public-private roadmapping at the national level. 2021.
- Principles of Cryopreservation by Vitrification. Technical roadmap for vitrification-based cryopreservation; maps the biophysical constraints and protocol requirements for preserving organs, embryos, and tissues without ice damage. 2021.
- Superconducting Optoelectronic Neurons V: Networks and Scaling. Roadmap for scaling superconducting optoelectronic neural network hardware; addresses the interconnect and fabrication bottlenecks for neuromorphic computing at scale. 2021.
- Physical Principles for Scalable Neural Recording. Foundational constraints analysis by Marblestone, Zamft et al. identifying the thermal, electrical, and optical limits governing large-scale neural recording; still the canonical reference for the field. 2013.
- International Roadmap for Devices and Systems (IRDS). IEEE roadmap tracking semiconductor technology scaling across devices, systems, and applications; successor to the ITRS. Ongoing.
- IDA's Science and Technology Policy Institute. Science and technology policy think tank at IDA; produces roadmaps and analyses for US government on critical emerging technologies. Ongoing.
- JASON Studies (non-classified reports). Annual reports from JASON, an elite advisory panel of scientists advising DoD and intelligence agencies on emerging science and technology threats and opportunities. Ongoing.
- Engineering Biology Research Consortium (EBRC) Roadmaps. Living roadmaps for engineering biology across health, food, environment, and materials; updated through community workshops. Ongoing.
- Revolution Stalled (Neuroscience Roadmap). Influential 2012 analysis identifying the translational bottlenecks blocking clinical applications from basic neuroscience; diagnosed why psychiatric drug development had stalled. 2012.
- Nuclear Fission Power for 21st Century Needs. Technology roadmap for advanced fission reactors; maps the materials, fuel cycle, and licensing challenges for next-generation nuclear. 2008.
- Productive Nanosystems: A Technology Roadmap. Merkle-Freitas 2007 roadmap for atomically precise manufacturing; the most detailed attempt to specify the engineering pathway from current chemistry to full molecular assemblers. 2007.
- The Foresight Institute's work on Tech Trees. Visual representations of technology dependencies for nanotechnology, longevity, AI, and space; used in research prioritisation and communication. Ongoing.
Vision Papers
See Michael Nielsen's Working notes on the role of vision papers in basic science. May 28, 2022.
- ReflexDAO — ReflexDAO: Digital Healthcare to Prevent Chronic Disease. Vision paper for a decentralized health data platform targeting chronic disease prevention through tokenized health data sharing. May 15, 2025.
- Curetopia — Vision Paper. Proposes a blockchain-native rare disease research organization; argues that DeSci mechanisms and AI can compress development timelines for orphan diseases. February 6, 2025.
- Asterisk DAO — The Non-Productive Health Research Gap. Quantifies systematic underfunding of women's non-reproductive health conditions and makes the case for a DAO-based approach to closing it. August 27, 2024.
- Samuel G. Rodrigues & Adam H. Marblestone — Focused Research Organizations to Accelerate Science, Technology, and Medicine. The founding document of the FRO concept; argues for creating nonprofit, time-limited organizations to tackle specific scientific bottlenecks the academic grant system cannot address. September 2020.
- Michael Stebbins & Geoffrey Ling — Creating The Health Advanced Research Projects Agency (HARPA). Proposal for a health-focused ARPA to fund transformative, high-risk biomedical research outside NIH's risk-averse grant system. April 19, 2020.
- A. Yu. Kitaev — Fault-tolerant quantum computation by anyons. Proposes topological quantum computation using non-Abelian anyons; the foundational vision paper of an entire subfield that Microsoft, Google, and others have since mobilised billions to pursue. 2003.
- John Archibald Wheeler — Information, Physics, Quantum: The Search for Links. Wheeler's "It from Bit" proposal that physical reality emerges from binary information; a paradigmatic example of a vision paper that reframes a field without immediate empirical commitment. 1989.
- Alan Kay — A Personal Computer for Children of All Ages. 1972 vision paper describing the Dynabook — a portable, interactive personal computer for children; anticipated the laptop, the tablet, and modern educational computing by decades. 1972.
- Alexander Rich — On the Problems of Evolution and Biochemical Information Transfer. Early proposal for RNA as both informational molecule and catalyst; a precursor to the RNA World hypothesis, proved correct 25 years later. 1962.
- A. M. Turing — On Computable Numbers, With An Application To The Entscheidungsproblem. Introduces the Turing machine and the concept of computability; the foundational vision paper of the digital age, written before a single programmable computer existed. 1936.
Research Methods
Preregistration
- Brian A. Nosek et al. — The Preregistration Revolution. The canonical argument for preregistration — committing hypotheses and analysis plan to a time-stamped registry before data collection — as the key mechanism for separating confirmatory from exploratory science. PNAS, 2018.
- OSF Registries — Open Science Framework registry for preregistrations across disciplines; the largest repository of study preregistrations.
- AsPredicted — Lightweight nine-question preregistration tool designed for quick, minimal-friction commitment of study hypotheses and analysis plans.
- ClinicalTrials.gov — Mandatory registry for clinical trials; the original and largest preregistration database; 500,000+ studies registered.
Registered Reports
- Chris Chambers — What's next for Registered Reports?. Overview of the two-stage peer review format where methodology is reviewed and provisionally accepted before data collection; results published regardless of outcome. Nature Human Behaviour, 2019.
- Center for Open Science — Registered Reports. Tracks which journals accept Registered Reports; 300+ journals now participate across psychology, medicine, ecology, and other fields.
Adversarial Collaboration
- Daniel Kahneman — A perspective on judgment and choice: Mapping bounded rationality. Introduced adversarial collaboration as a formal method: proponents of opposing theories design and run a joint study with pre-agreed methods and interpretation criteria; conclusions carry credibility from both camps. American Psychologist, 2003.
- Dora Matzke et al. — The effect of horizontal eye movements on free recall: A preregistered adversarial collaboration. Landmark example: six competing labs with opposing priors designed a joint study on EMDR; null result accepted by all parties. Psychonomic Bulletin & Review, 2015.
Open Data & FAIR Principles
- Mark D. Wilkinson et al. — The FAIR Guiding Principles for scientific data management and stewardship. Established the four criteria — Findable, Accessible, Interoperable, Reusable — that have become the global standard for open research data practice. Scientific Data, 2016.
- Open Science Framework (OSF) — Free platform by the Center for Open Science for preregistering studies, hosting data and materials, and collaborating across the research lifecycle.
- Zenodo — CERN-hosted open repository for research data, software, publications, and materials; DOI assignment for any upload.
Replication
- Open Science Collaboration — Estimating the Reproducibility of Psychological Science. Landmark 2015 attempt to replicate 100 published psychology studies; approximately 36–39% reproduced at the original effect size. The study that brought the replication crisis into mainstream science. Science, 2015.
- Colin Camerer et al. — Evaluating the replicability of social science experiments in Nature and Science. Replication of 21 high-profile social science studies; 13 (62%) replicated with significantly lower effect sizes. Science, 2016.
- Psychological Science Accelerator — Globally distributed network of 1,500+ labs across 80+ countries running large-scale, cross-cultural replications and new studies.
- Many Labs — Series of large-scale replications testing whether effects hold across samples, sites, and contexts; produced the strongest evidence on which psychological findings generalise.
Research Data Infrastructure
Data Repositories
- Zenodo — CERN-hosted open repository for data, software, publications, and materials; DOI assignment; 50 GB per deposit limit; guaranteed 20-year data conservation. Created for OpenAIRE.
- Figshare — Widely used academic data repository; up to 10 TB per deposit; supports private sharing and embargo; free for open data. By Digital Science.
- Dryad — Nonprofit, curated data repository strong in biology and ecology; full curation of all deposits; publishes exclusively under CC0; up to 300 GB per deposit.
- Harvard Dataverse — Institutional repository widely used in social sciences; DOI assignment; open source software (Dataverse Project) deployable at institutions.
Persistent Identifiers & Infrastructure
- ORCID — Open Researcher and Contributor ID; free persistent identifier for researchers; resolves the author disambiguation problem; integrated into most major publishers and funders. 20M+ registered researchers.
- DataCite — International DOI registration agency for research data and software; assigns persistent identifiers to datasets; backbone of the research data citation ecosystem.
- re3data.org — Registry of Research Data Repositories; directory of 3,000+ repositories by subject, content type, access, and country. By Helmholtz Association.
- ROR (Research Organization Registry) — Open registry of research institution IDs; resolves the institutional affiliation disambiguation problem; maintained by community governance. 100,000+ organisations.
Data Management
- DMPTool — Free tool for creating funder-compliant Data Management Plans; templates for NSF, NIH, Wellcome, and other major funders; maintained by the California Digital Library.
- Goodman et al. — Ten Simple Rules for the Care and Feeding of Scientific Data. Practical guide to data management for scientists; covers naming, documentation, archiving, and licensing. PLOS Computational Biology, 2014.
Research Evaluation
- DORA — San Francisco Declaration on Research Assessment. Landmark declaration recommending against use of journal-based metrics such as the Impact Factor in hiring, promotion, and funding decisions. 2012; 26,000+ signatories across 171 countries as of 2025.
- DORA — Coordinated Reform in Research Assessment and Publishing. On aligning reforms across evaluation and publishing systems. March 2026.
- CoARA & DORA — Shared Principles, Shared Progress. Joint statement on global responsible research assessment culture, following the EU Presidency High-Level Conference in Copenhagen. December 2025.
- Ola Thomson, Gemma Derrick et al. — Improving How Non-Traditionally Submitted Research Outputs Are Evaluated in the REF. University of Bristol Policy Briefing. May 2026.
- DARPA — SCORE (Systematizing Confidence in Open Research and Evidence). Program pairing human coding of psychology papers with prediction market forecasts to assess replication likelihood; foundational infrastructure for scalable replication.
- Retraction Watch — Tracks retracted papers across all journals; integrated with Crossref since October 2023. Run by the Center for Scientific Integrity.
- Statcheck — Automatically detects statistical inconsistencies in psychology papers by recalculating reported test statistics from degrees of freedom and p-values.
- Regcheck — Compares preregistered analysis plans against published results to flag deviations; automated preregistration auditing.
- DORA — Reformscape. Interactive tool for exploring how institutions have implemented responsible research assessment for hiring, promotion, and tenure; searchable by country, institution type, and reform area.
Scientometrics & Research Analytics
Foundational Texts
- Santo Fortunato et al. — Science of science. Comprehensive review of computational approaches to studying science — citation dynamics, team formation, career trajectories, knowledge diffusion, and the predictability of scientific impact. 14 co-authors including Barabási, Börner, Uzzi, and Wang. Science, 2018.
- Dashun Wang & Albert-László Barabási — The Science of Science. Book-length treatment of the computational science-of-science programme; covers quantitative laws of scientific impact, team science, knowledge diffusion, and career patterns. Cambridge University Press, 2021.
- Diana Hicks et al. — The Leiden Manifesto for research metrics. Ten principles for responsible use of bibliometrics in research evaluation; counters metric misuse while establishing when quantitative indicators are appropriate. Nature, 2015.
- Paul Smaldino & Richard McElreath — The natural selection of bad science. Evolutionary argument for why poor methods proliferate: selection pressures in academia reward productivity over rigor, making the spread of low-quality research a predictable structural outcome rather than individual failure. Royal Society Open Science, 2016.
Mapping & Visualization Tools
- VOSviewer — The most widely used science mapping tool; visualizes co-authorship, citation, bibliographic coupling, and co-citation networks from Web of Science, Scopus, OpenAlex, Dimensions, Semantic Scholar, and other sources. Free; by Leiden University.
- Bibliometrix / Biblioshiny — R package (and web-based Biblioshiny interface) for comprehensive bibliometric analysis; co-citation, keyword co-occurrence, thematic evolution, and collaboration networks. Free.
- Publish or Perish — Desktop tool that queries Google Scholar, Crossref, OpenAlex, and others to retrieve citation metrics (h-index, g-index, citation counts) for authors, journals, and search terms. Free; by Anne-Wil Harzing.
Data & Citation Infrastructure
- OpenCitations — Open citation index (COCI); 2B+ citation links extracted from Crossref; fully open and free; API access; the open alternative to Web of Science and Scopus citation data.
- Dimensions — Comprehensive research database linking grants, publications, citations, clinical trials, patents, and policy documents; 100M+ publications; integrates Altmetric attention scores. By Digital Science.
- pySciSci — Python library for reproducible science-of-science research at scale; provides standardized access to the Microsoft Academic Graph, Web of Science, and APS datasets with built-in citation network analysis. By Barabási lab.
- Altmetric — Tracks mentions of research outputs across social media, news, policy documents, and blogs; assigns an Altmetric Attention Score; Bookmarklet tool available free. By Digital Science.
Knowledge Synthesis
Methods & Standards
- PRISMA — Preferred Reporting Items for Systematic Reviews and Meta-Analyses. The standard reporting checklist for systematic reviews and meta-analyses; 27-item checklist + flow diagram; adopted by most journals and funders. Updated to PRISMA 2020.
- Gordon Guyatt et al. — GRADE: an emerging consensus on rating quality of evidence and strength of recommendations. Framework for rating the certainty of evidence from very low to high; now standard in Cochrane, WHO, and most clinical guideline bodies. BMJ, 2008.
- John Ioannidis — Why Most Published Research Findings Are False. Foundational analysis showing how combinations of low statistical power, multiple testing, and publication bias can cause the majority of published research findings to be false. PLOS Medicine, 2005.
- Jonathan Elliott et al. — Living systematic review: 1. Introduction. Defines living systematic reviews — continuously updated, incorporating new evidence — and the conditions under which they are appropriate. PLOS Medicine, 2017.
Screening & Review Tools
- Covidence — The primary screening and data extraction tool for Cochrane authors; streamlines title/abstract and full-text screening, data extraction, and risk-of-bias assessment. Subscription; free for Cochrane authors.
- EPPI-Reviewer — Web-based systematic review tool from the UCL EPPI-Centre; the recommended platform for living reviews with many collaborators; supports text mining and AI-assisted screening.
- Rayyan — AI-assisted title and abstract screening tool; blind mode for independent reviewer screening; one of the most widely adopted free screening tools. 400,000+ researchers.
- RevMan Web — Cochrane's meta-analysis software; integrates with the Cochrane review process; the standard tool for forest plots and fixed/random-effects meta-analysis.
- Cochrane Handbook for Systematic Reviews of Interventions. The definitive methodological reference for conducting systematic reviews; covers search strategy, screening, data extraction, synthesis, and reporting. Freely available online.
Evidence Mapping
- 3ie Evidence Gap Maps — Visual display of all evidence on a broad development question; identifies where evidence exists, what it shows, and where the most critical gaps are; used by international donors and policymakers.
- Campbell Collaboration — Produces systematic reviews on the effectiveness of social interventions in crime, education, international development, and social welfare; the social-science counterpart to Cochrane.
Science Communication
Platforms & Outlets
- The Conversation — Academic articles rewritten for general audiences by academics with editorial support from journalists; Creative Commons licensed; 90,000+ academic contributors; 30M+ monthly readers across 14 editions. The dominant model for direct academic-to-public communication.
- Massive Science — Science communication by active researchers; long-form explainers and original reporting; aims to close the gap between research and public understanding by keeping scientists as the primary voice.
- Science Media Centre — UK charity that helps scientists work with the press; provides rapid-reaction expert commentary on breaking science news; operates fast-turnaround "expert reaction" service used by major media outlets. Analogues in Australia, Canada, and New Zealand.
- SciLine (AAAS) — Free service connecting journalists with scientists for background and expert comment; runs journalist-scientist matching, webinars, and training programmes.
Craft & Practice
- The Open Notebook — Craft-focused resource for science journalists; in-depth interviews on reporting process, pitch databases, and story-dissection analyses. The closest thing to a professional development hub for science writers.
- Alan Alda Center for Communicating Science — Science communication training programme based on improvisation and connection techniques; used by researchers across disciplines; the leading institutional approach to scientist communication training.
- Sense About Science — UK charity promoting evidence-based public discourse; resources on how to respond to media misrepresentation, including the Making Sense of Statistics and Making Sense of Uncertainty guides.
Frameworks
- Brian Trench & Massimiano Bucchi — Public engagement with science: a practical guide. The standard analytical framework tracing the field's evolution from the deficit model (public lacks knowledge) through the dialogue model to participatory co-production; foundational for designing engagement programs. Journal of Science Communication, 2026.
- JCOM — Journal of Science Communication. Peer-reviewed open-access journal covering theory and practice of science communication; free to publish and read; most cited venue in the field.
Output & Publishing
Preprint Servers
- arXiv — The original preprint server (1991); physics, mathematics, computer science, quantitative biology, economics, statistics; 2M+ papers; the norm in these fields. Operated by Cornell and funded by the Simons Foundation.
- bioRxiv — Preprint server for biology (2013); 250,000+ preprints; accelerated dramatically during COVID-19. By Cold Spring Harbor Laboratory.
- medRxiv — Preprint server for clinical medicine and public health (2019); rapid dissemination of time-sensitive health research. By Cold Spring Harbor Laboratory, Yale, and BMJ.
- SSRN — Working paper repository for social sciences, economics, law, and humanities; 1.2M+ papers; widely used in economics and law before journal submission.
- PsyArXiv — Preprint server for psychology and related fields; hosted on OSF.
- EarthArXiv — Preprint server for earth and planetary sciences.
- engrXiv — Preprint server for engineering.
Open Access Models & Policy
- Budapest Open Access Initiative. The founding document of open access (2002); defines OA and articulates the two primary routes — self-archiving (green) and open-access journals (gold). Still the canonical reference for OA policy design.
- Plan S / cOAlition S. European mandate requiring all research funded by member agencies (including Wellcome, NWO, and most European national funders) to be immediately open access; no embargo; launched 2018, effective 2021. The most consequential OA policy initiative to date.
- SciELO — Latin American and South African diamond open-access platform; 1,400+ journals; no APCs for authors or readers; the largest diamond OA infrastructure in the world.
- Ralf Schimmer, Kai Geschuhn & Andreas Vogler — Disrupting the subscription journals' business model. Quantitative argument that transitioning all subscriptions to APCs would not increase costs for research institutions; the empirical foundation for "transformative agreements." Max Planck Digital Library, 2015.
Publishing Reform Models
- eLife's New Publishing Model. From 2023, eLife no longer makes accept/reject decisions; all reviewed submissions are published as Reviewed Preprints with public referee reports and author responses; the most consequential structural experiment in mainstream journal publishing. Announced 2022, implemented 2023.
- Peer Community In (PCI) — Free, transparent, and open community peer review of preprints; positive recommendation enables publication in PCI-friendly journals without re-review; covers ecology, evolutionary biology, genomics, neuroscience, and 20+ other fields.
- F1000Research — Open-access publisher using fully transparent, post-publication peer review; all reviewer reports and author responses published alongside articles; the operational template for post-publication peer review at scale.
- SHERPA/RoMEO — Database of journal and publisher open access policies; searchable by journal or publisher; used to determine pre-print and post-print archiving rights. By JISC.
Open Peer Review
- OpenReview — Platform for open, transparent peer review; used by NeurIPS, ICLR, and other major ML conferences; public reviewer identities and reports; enables community discussion of submissions.
AI-Assisted Peer Review
- Refine.ink — AI peer review identifying methodological weaknesses before submission.
- Coarse — Open-source AI tool for methodological review; alternative to proprietary peer review systems.
- Reviewer3 — AI peer review platform simulating expert reviewer feedback.
- ReviewerZero.ai — AI peer review system.
- Q.E.D. Science — AI peer review providing qualitative methodological feedback.
Policy Documents
- Astera Open Science Policy. Open science policy adopted by Astera Institute; covers data, code, and publication sharing practices for an independent research organization operating outside traditional academic incentive structures.
Intellectual Property
- Molecule — Tokenized IPs — documentation covering IP-NFTs, IP Tokens (IPTs), revenue models, legal framework, and the full IP lifecycle from research creation to secondary market trading.
- Molecule — IP-NFTs: A Technical Description — a hybrid legal-smart contract structure for on-chain registration and management of IP and R&D data rights.
- Molecule — Introducing the IP-NFT V2 — extends the original structure with new funding mechanisms for the DeSci ecosystem.
- Molecule — Molecule Protocol V2: Bridging DeSci into Real-World Assets — merges IP-NFTs with traditional corporate structures to create IP RWAs.