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Bauerinnen und Bauherren, Forscherinnen und Forscher, Betreuerinnen und Betreuer, Partnerinnen und Partner sowie Beitragende auf der Suche nach konkreter Arbeit.
Institut- und Ökosystemprojekte wandeln Active Inference in öffentliche Artefakte, Werkzeuge, Forschung, Bildung und angewandte Praxis um.
Projekte wandeln gemeinsam entwickelte Ideen in Repositorien, Forschungsergebnisse, Lerninfrastruktur, Medien, Veranstaltungen und angewandte Arbeiten um.
Projekte werden durch Vorschläge vorbereitet und durch Updates aus dem Active Inference-Ökosystem gemessen. Alle Institut- und Ökosystemprojekte verfügen über dedizierte Seiten mit stabilen URLs für Referenz, Teilen und kontinuierliche Beteiligung.
EduActive beherbergt bildungsorientierte Institutsprojekte: die Lehrbuchgruppe, Active Inference Ontologie, Active Inference Journal, Entwicklung von Bildungskursen, Audiovisuelle Produktion, Applied Active Inference Symposium, Sommerschule, Physikkurs, Active Inference für Sozialwissenschaften und das Videoverbesserungsprojekt.
ReInference beherbergt forschungsorientierte Institutsprojekte: Active Blockference, AICACP, Applied Active Inference Symposium, Cognitive Agent Modeling, FarmWorks, Generalized Notation Notation, GEO-INFER, Graphical Interface, Knowledge Engineering, Active InferAnts, RxInfer.jl und die Theoretical Neurobiology Group.
Ökosystem-Projekte sind gemeinschaftsgetriebene Initiativen in den Bereichen Rechnerneuroscience, KI, Ökologie, Bildung, Kreativität, Philosophie und angewandte Disziplinen. Jedes Projekt verfügt über eine eigene Seite mit einer stabilen URL.
Vollständige Kataloge
Projekte werden anhand des kanonischen InstituteOS-Zugehörigkeitsfeldes klassifiziert. Institute-gehostete und Ökosystem-Projekte sind in zwei separaten Tabellen unten aufgeführt, jede mit ihren eigenen Such-, Themenfilter- und Zählungen; aktive und archivierte Arbeit bleiben in jeder Tabelle getrennt.
67 public projects with a page on this site
Institute-gehostet
Projektet die Active Inference Institute Hosts und Stewards direkt, gezogen aus dem kanonischen InstituteOS Zugehörigkeitsfeld. Diese Tabelle ist unabhängig von der unten stehenden Ökosystem-Tabelle: Ihre Suche, Themenfilter und Zählungen beziehen sich nur auf Institute-gehostete Projekte.
28 projects
| Project | About | Topics | Lead & people |
|---|---|---|---|
| Active Inference Journal | A community publication and knowledge channel for Active Inference research and discussion. | Academic Publishing, Active Inference, Collaborative Editing, Community, Decentralized Science | Daniel Friedman Holly Grimm |
| Active Inference Ontology | Maintains and develops the public ontology for Active Inference and decentralized science with structured, machine-readable definitions. | Active Inference, Decentralized Science, Eduactive, Formal Knowledge, Formal Logic | Daniel Friedman |
| AI²C: Active Inference Alignment Coalition | Multi-institution initiative building a research coalition, funding pipeline, and shared infrastructure for AI alignment, governance, and embodied experimentation. | Ai Alignment, Active Inference, Multi Agent Systems, Governance Frameworks, Embodied Systems | |
| AICACP | A coalition-oriented project at the intersection of AI capabilities and care practices. | Active Inference, Agency, Ai Alignment, Ai Capabilities, Ai Regulation | Adam Safron |
| Applied Active Inference Symposium | The Applied Active Inference Symposium is a yearly event that convenes the global Active Inference community. It has run five times from 2021 through 2025, with the sixth symposium in 2026. The Sympos | Active Inference, Ai, Artificial Intelligence, Collaborative Sessions, Community Building | Daniel Friedman |
| Audio-Visual Production | Audio-Visual Production is a sustained Institute project responsible for planning, recording, and publishing the Institute's livestreams, podcasts, video events, and educational recordings. | Audio Visual Production, Eduactive, Educational Content, Livestreams, Media Production | Daniel Friedman |
| Educational Course Development | Educational Course Development is a sustained Institute project producing structured courses in Active Inference and related topics, maintaining an Obsidian repository and course catalog for diverse l | Active Inference, Course Development, Curriculum, Eduactive, Education | Daniel Friedman |
| Generalized Notation Notation | A text-based notation system for communicating generative models and Active Inference systems that provides a shared language for describing models in a human-readable and machine-processable way. | Active Inference, Cognitive Modeling, Formal Modeling, Generative Models, Interoperability | Daniel Friedman |
| GEO-INFER | Geospatial modeling using Active Inference and spatial data analysis techniques. | Active Inference, Agent Systems, Bayesian Methods, Bioregional Modeling, Ecology | Daniel Friedman |
| Knowledge Engineering | Knowledge Engineering develops and maintains the public knowledge infrastructure for the Active Inference Institute, including the public frontend, literature meta-analysis, and organizational knowled | Active Inference, Annotation, Free Energy Principle, Information Science, Knowledge Engineering | Virginia Bleu Knight Daniel Friedman |
| Myth of Objectivity Hypothesis | Rigorous exploration of humanity's capacity for symbolic intelligence by modeling norms across social and identity scales to develop culturally-aligned artificial general intelligence. | Active Inference, Artificial Intelligence, Morality, Symbolic Cognition, Cultural Evolution | Shagor (Shaggy) Rahman |
| Perspective Architectures for Coherent and Attuned Artificial Agency | Formalize a minimal computational architecture that models internal coherence dynamics for AI alignment through latent generative perspective structures. | Ai Alignment, Agency, Perspective Taking, Emergent Coherence, Multi Agent Systems | |
| RxInfer.jl Learning and Development Group | The RxInfer.jl Learning and Development Group supports learning and extending RxInfer.jl, a Julia package for reactive Bayesian inference. | Active Inference, Bayesian Inference, Community Driven, Education, Julia | Daniel Friedman |
| Seasonal School | An intensive in-person or online school for deep engagement with Active Inference theory, modeling, and applications. | Active Inference, Cohort Based, Community, Community Engagement, Eduactive | Daniel Friedman |
| Start | Scalable, Tailored Active Inference Research & Training — modular pipeline generating multilingual educational materials on Active Inference and the Free Energy Principle tailored to professional doma | Active Inference, Education, Curriculum, Multilingual, Learning Paths | Daniel Friedman |
| Textbook Group | Structured cohort-based learning through Active Inference textbooks: 9 completed cohorts on the 2022 textbook since 2022, plus a first cohort now live on the 2026 Fundamentals textbook. | Active Inference, Cohort Learning, Collaborative Learning, Eduactive, Education | Daniel Friedman |
| The Foundations of Ideology | Computational-neuroscience (FEP/Active Inference) framework for how political ideologies form, persist, and evolve. | Political Ideology, Computational Neuroscience, Free Energy Principle, Active Inference, Prediction Error | |
| Theoretical Neurobiology Group | The Theoretical Neurobiology Group (TNB) supports theoretical work connecting Active Inference to neurobiology with regular meetings and discussions for mathematical and conceptual models of neural sy | Active Inference, Cognitive Science, Computational Modeling, Consciousness, Free Energy Principle | Daniel Friedman |
| Wave Hypothesis | Series of livestreams and papers by Robert Worden on the brain wave hypothesis, projective wave theory of consciousness, and Bayesian model-based cognition. | Brain Waves, Consciousness, Wave Hypothesis, Bayesian Cognition, Theoretical Neuroscience | Robert Worden |
No active institute-hosted projects match your search.
| Project | About | Topics | Lead & people |
|---|---|---|---|
| Active Blockference | Active Inference examples and tools for decentralized and blockchain-adjacent systems | Active Inference, Agent Behavior, Blockchain, Cadcad, Cognitive Modeling | Daniel Friedman |
| Active Entity Ontology for Science (AEOS) | Framework bridging centralized and decentralized science approaches using Active Inference principles for scientific organization and governance. | Active Inference, Decentralized Science, Scientific Ontology, Scientific Governance, Epistemic Commons | Daniel Friedman |
| Active InferAnts | Multiagent modeling of collective behavior using Active Inference, with connections to ant colony research. | Active Inference, Ant Colonies, Ant Colony, Behavioral Simulation, Collective Behavior | Daniel Friedman |
| Active Inference for Social Sciences | Develops courses, curricula, research, and writing connecting Active Inference to social sciences disciplines. | Active Inference, Curriculum, Eduactive, Education, Interdisciplinary | Avel Guénin-Carlut Daniel Friedman |
| Cognitive Agent Modeling | Developing minimal cognitive agent models using Active Inference principles. | Active Inference, Agent Modeling, Cognitive Modeling, Computational Neuroscience, Implementation | Daniel Friedman |
| FarmWorks | FarmWorks develops miniature Active Inference models and applications for agricultural and ecological contexts. | Active Inference, Agents, Agriculture, Applied Research, Decentralized Ai | Vladimir Baulin Andrew Pashea |
| Graphical Interface | A graphical interface project for Active Inference modeling and visualization. | Active Inference, Graphical Interface, Interactive Tools, Modeling, Reinference | Daniel Friedman |
| Physics Course | A course connecting physics, thermodynamics, and the theoretical foundations of Active Inference. | Active Inference, Eduactive, Education, Free Energy Principle, Information Theory | Daniel Friedman |
| Video Improvement Project | The Video Improvement Project focuses on enhancing the quality, organization, and accessibility of the Institute's extensive video library — covering hundreds of livestreams, educational sessions, and | Accessibility, Discoverability, Eduactive, Education, Media Improvement | Daniel Friedman |
No archived or completed institute-hosted projects match your search.
Ökosystem
Community-getriebene Projekte im gesamten Active Inference-Ökosystem, die aus demselben kanonischen Zugehörigkeitsfeld stammen. Diese Tabelle ist unabhängig von der oben gehosteten Tabelle des Instituts: Ihre Suche, Filter und Zählungen beziehen sich nur auf Ökosystemprojekte.
39 projects
| Project | About | Topics | Lead & people |
|---|---|---|---|
| Active Inference Account of Belief Updating in PTSD | Develops a formal Active Inference account of belief updating in PTSD using predictive processing and free energy frameworks. | Active Inference, Belief Updating, Computational Psychiatry, Free Energy, Neuroscience | Jeremy Cooper |
| Active Inference Cycle Book for Self-Knowing | A reflective book project applying Active Inference as a framework for self-knowledge and personal development. | Active Inference, Eduactive, Education, Personal Development, Practical Framework | Anna Pereira |
| Active inference through completion of the softmax formula and extension using Bannach Contractions, Fixed-Point arithmetic, and sparse-max. | An independent proposal to examine softmax alternatives, fixed-point arithmetic and sparse-max in Active Inference-related architectures. | Active Inference, Fixed Point Arithmetic, Reinference, Softmax | |
| Anima | Exploring Active Inference in the context of current LLM-based AI interactions and policy-based behavior. | Active Inference, Ai Alignment, Ai Behavior, Cognitive Science, Large Language Models | Stell |
| Artificial Sentience | Exploring the conditions for and implications of sentience in artificial systems through an Active Inference lens. | Active Inference, Ai Research, Artificial Sentience, Consciousness, Free Energy Principle | Cleber Gomes |
| CogNarr Ecosystem | Facilitating group cognition at scale through cognitive narrative infrastructure. | Active Inference, Cognitive Architecture, Cognitive Scaffolding, Collaborative Systems, Collective Intelligence | John Boik |
| Cognitive Somatic Regulator | Active Inference modeling applied to somatic regulation, ethical threshold gating, and neuro-somatic dynamics. | Active Inference, Somatic Regulation, Affective Cognition, Cognitive Modeling | Colleen Pridemore |
| Coherence Density: Measuring Coordination in Complex Adaptive Systems | A measurement-focused framework evaluating internal coordination and stability in complex adaptive systems. | Active Inference, Complex Systems, Coordination, Measurement, Adaptive Systems | Travis James |
| cpomdp — Continuous Active Inference for Python | A tested, documented continuous-state Active Inference Python library with certifiable tolerances and reference implementations. | Active Inference, Python, Continuous State, Open Source, Reinference | Daniel Corva |
| Creativity and Creators Under the Free Energy Principle | This Ecosystem project develops accounts of creativity and creative agents under the Free Energy Principle — examining how generative models and free energy minimization explain, predict, and enhance | Active Inference, Cognitive Science, Creative Agents, Creativity, Eduactive | Héctor Manrique Avel Guénin-Carlut, Ana Magdalena Hurtado, Dean Tickles |
| Ed4All: Active Inference for Grounded Educational Knowledge Environments | An open, locally deployable, empirically evaluated framework for grounded educational agents that operate within explicit knowledge and evidentiary boundaries. | Eduactive | Matthew D Murphy |
| Energy Modeling Human Brain Metabolism | Applying Active Inference to model metabolic energy dynamics in the human brain. | Active Inference, Brain Metabolism, Computational Neurobiology, Energy Dynamics, Free Energy Principle | Tim Huggers |
| Geometric Inquiry Theory | Geometric Inquiry Theory develops a geometric framework for understanding inquiry as a structured dynamic process through Q-State Dynamics and the structural basis of inquiry as a coherent mathematica | Active Inference, Formal Methods, Geometric Foundations, Inquiry Theory, Mathematics | Bruce Tisler |
| Humanity's Story of an Uncertain Self | Ecosystem project developing a broad account of human self-knowledge as an inference problem through Active Inference and free energy. | Active Inference, Cognitive Science, Free Energy, Human Understanding, Narrative Theory | Shagor (Shaggy) Rahman |
| Improving RxInfer.jl Model Visualization | Developing visualization capabilities for RxInfer.jl probabilistic models. | Active Inference, Bayesian Inference, Graph Rendering, Julia, Probabilistic Models | Fraser Paterson |
| Model-Centric Cognition | Developing the Wave Hypothesis and model-centric approaches to cognition and knowledge representation. | Active Inference, Cognitive Science, Knowledge Representation, Model Centric Cognition, Reinference | Robert Worden |
| Neurodivergent Learning Sessions | Active Inference learning resources and sessions tailored for neurodivergent participants, building curriculum and community structures for autistic, ADHD, and other neurodivergent learners. | Accessibility, Active Inference, Community Structures, Curriculum Development, Eduactive | Jesse G |
| Numinia | Autonomous AI and educational adventure game grounded in Active Inference principles, where players and agents co-learn through play. | Active Inference, Ai Agents, Autonomous Agents, Eduactive, Educational Game | PabloFM |
| Project Development for Solving the Tower of Babel Problem | Develops a framework for solving the Tower of Babel Problem through UniFysica Philo-sophia, a universal conceptual bridge for cross-domain knowledge communication and translation. | Active Inference, Conceptual Frameworks, Cross Domain Translation, Eduactive, Knowledge Communication | Ana Magdalena Hurtado Dean Tickles |
| pymdp | Community Python library implementing Active Inference for POMDPs. | Active Inference, Markov Decision Process, Python, Generative Models, Computation | Conor Heins |
| Regime-Dependent Active Inference: Addiction & Recovery Dynamics | Extending Active Inference with regime-dependent generative models to represent dynamic progressions in addiction, relapse, and recovery. | Active Inference, Computational Psychiatry, Addiction, Generative Models, Hybrid Systems | Dr. Martin Bello |
| SelfDet Runtime: A Comparative Pilot of Decision Architectures under Conflicting Goals, Constraints, and Delegated Authority | A proposed comparative simulation pilot of decision architectures under conflicting goals, constraints and delegated authority. | Agent Architectures, Decision Making, Delegated Authority, Reinference | |
| Symbolic Cognitive Robotics | Symbolic Cognitive Robotics is an Ecosystem project applying Active Inference to robotic systems that combine symbolic reasoning with embodied action. | Active Inference, Bayesian Reasoning, Cognitive Architecture, Embodied Cognition, Reinference | Jean-François Cloutier |
| The Three Mosqueteers | Science communication livestream making scientific information accessible to people without a scientific background. | Accessibility, Active Inference, Eduactive, Education, Livestream | Héctor Manrique Ana Magdalena Hurtado |
| The Unordinary Bible Study (TUBS) | Monthly sessions cross-referencing biblical verses with a focus on inter-faith and contemporary perspective dialogue, connecting active inference to process theology. | Eduactive | Jesse G |
No active ecosystem projects match your search.
| Project | About | Topics | Lead & people |
|---|---|---|---|
| Action Research on Collective Foraging | Action Research on Collective Foraging (Negotiation Affordances) applies Active Inference to collective foraging behavior — studying how groups form coalitions, negotiate opportunities, and sustain va | Active Inference, Behavioral Science, Collective Behavior, Eduactive, Foraging | Susan Hasty |
| Active Inference Agent for Modeling Human Translation | Modeling human translation processes using Active Inference agent architectures. | Active Inference, Agent Architectures, Cognitive Modeling, Computational Linguistics, Free Energy Framework | Michael Carl |
| Active Inference for Built Environments & CooperActive Systems | Apply Active Inference to designing, managing, and evolving built environments that prioritize the flourishing of all life, via distributed intelligence and digital twins. | Reinference | Ivan Metelkin |
| Clinical Waveform Data Based Agent | Active Inference systems for bedside clinical waveform monitoring applying the free energy framework to real-time EEG, ECG, and physiological signals. | Active Inference, Bedside Decision Support, Biomedical Engineering, Clinical Monitoring, Free Energy Framework | Franklin Ducatez |
| Digital Agents | Tuesday Discord sessions on digital agents and Active Inference. | Reinference | PabloFM Daniel Friedman |
| Froebel's System | Studying Friedrich Froebel's pedagogical system through Active Inference and integral studies. | Active Inference, Cohort Based Learning, Eduactive, Education, Integral Studies | Joanne Phillips |
| From Instrument to Intelligent Agent: Robotic Microscopy | Deploying Active Inference and AI to automate robotic microscopy and manage soil biology at scale. | Active Inference, Ai Agents, Autonomous Systems, Instrumentation, Microscopy | Craig Arnold |
| Fundamentals of Active Inference | Ecosystem project supporting the development and dissemination of the Fundamentals of Active Inference textbook — a comprehensive introduction to Active Inference principles, algorithms, and applicati | Active Inference, Eduactive, Education, Engineering, Expectation Maximisation | Daniel Friedman |
| Graphspeak / Blorbbe | Ecosystem project developing open-source tools for graph-based communication and knowledge representation. | Generative Models, Graph Based Communication, Graph Tools, Interoperable Notation, Knowledge Representation | Andrew Djuwidja Daniel Friedman |
| M-Theory as Function of Hyper Dimensional Prismatic Light Scattering (HDPLS-TARS) | HDPLS-TARS is a speculative Ecosystem project testing the limits of M-Theory through hyper-dimensional field interconnections and prismatic light scattering dynamics. | Active Inference, Hyper Dimensional Geometry, Information Geometry, M Theory, Mathematical Physics | David Hughes |
| MathArt Conversations | Exploring profound connections between mathematics and the arts through collaborative conversation. | Art, Art Science, Collaborative Dialogue, Creative Inquiry, Eduactive | Shanna Dobson Héctor Manrique, Daniel Friedman, Dean Tickles |
| Project Sweet (Sus) Dogg | Applies Active Inference principles to understanding and improving human-animal relationships through alignment and trust-building. | Active Inference, Animal Behavior, Cognitive Modeling, Ethology, Human Animal Alignment | Andrew Djuwidja |
| The Einstein Model of a Solid as a Model of the Mental Apparatus | Bridging psychoanalytic theory and Active Inference through the economic perspective of psychoanalytic theory. | Active Inference, Formal Bridges, Free Energy Principle, Neuroscience, Psychoanalysis | Theodoros Aliferis |
| The Universal Basic Income Experiment | Studies universal basic income through Active Inference modeling and simulation using token economics, policy simulation, and behavioral modeling. | Active Inference, Agent Based Modeling, Behavioral Modeling, Economic Policy, Policy Simulation | Die Schwarze Katze |
No archived or completed ecosystem projects match your search.
Schlüsselflächen
Ein kooperativ ausgerichtetes Projekt rund um die Ausrichtung und Pflege von KI-Systemen.
Anwendet Active Inference-Beispiele und -Werkzeuge in blockchain-nahen Kontexten.
Arbeit zur Modellierung von Mehragenten in Verbindung mit vorherigem Code und Papieren.
Ein publikationsorientierter Wissens- und Forschungskanal.
Ontologiearbeit für dezentrale Wissenschaft und epistemisches Gemeinwohl.
Ein wiederkehrendes Symposium mit vorherigen Veranstaltungen und Pfaden für Referenten oder Sponsoren.
Kognitives Narrativ-Ökosystemarbeit zur Förderung der Gruppenkognition in großem Maßstab.
Öffentliche Bildungsarbeit, einschließlich sozialwissenschaftlicher und physikalischer Kursleitungen.
Entwicklung von angewandten Mini-Projekten im Bereich Boden, Landwirtschaft und ökologisches Modellieren.
Ein Lehrbuch und ein Lerngruppenweg für Kernkonzepte.
Ein Textnotationsprojekt zur Kommunikation von Modellen.
Geospatiale Modellierung und aktive Inferenz-Techniken.
Öffentliche Frontend-Schnittstelle, Literatur-Meta-Analyse und Organisationswissen-Infrastruktur.
Lernen und Entwicklung rund um RxInfer.jl-Beispiele und -Anwendungen.
Unterstützung für Gespräche und Modellentwicklung in der theoretischen Neurobiologie.
Die Active Inference Alignment Koalition – eine Koalition, eine Förderpipeline und eine gemeinsame Infrastruktur für KI-Ausrichtungsarbeit. Ein separates Projekt von AICACP.
Ein 18-Monats-Roadmap zur Entwicklung von Rechenarchitekturen für Perspektive, Kohärenz und soziale Anpassungsfähigkeit in künstlichen Agenten.
Eine Erklärung des Prinzips der freien Energie für die Entstehung politischer Ideologien, kognitive Starrheit und Kategorienverschmelzung.
Ein Modell der Co-Evolution von Moral und Symbolischem Denken durch transzendale Modellauswahl.
Eine aktive-Inferenz-Ontologie, die institutionelle und dezentrale Wissenschaft miteinander verbindet, von der situativen Sinngebung bis zum epistemischen Gemeingut.
Ein modulärer Workflow zur Erstellung von hochwertigen Lernmaterialien zum Thema Active Inference und dem Free Energy Prinzip.
Ein Open-Source-Python-Paket für diskrete Zustände Active Inference, das in der Forschungsgemeinschaft weit verbreitet ist.
Ein offenes, lokal einsetzbares Framework für fundierte Lernagenten, die innerhalb expliziter Wissensgrenzen operieren.
Monatliche Sitzungen zur Verknüpfung biblischer Verse mit Active Inference und Prozesstheologie.
Wöchentliche Discord-Sitzungen zum Thema Gestaltung digitaler Agenten durch die Linse der „Active Inference“.
Anwenden von Active Inference, verteilter Intelligenz und digitalen Zwillingen zur Gestaltung und Verwaltung von bebauten Umgebungen.
Öffentliche Repositorien
Repositories bewahren öffentliche Sprache, Sterne, Aktualitätsreihenfolge, Projektfamilie und Dokumentationslinks.
| Repository | Family | Type | Language | Stars | Updated | Docs |
|---|---|---|---|---|---|---|
| ActiveInferenceJournal | Research and publications | Research/content repository | HTML | 43 | 2026-05-25 | Repository |
| ActiveBlockference | Open-source projects | Notebook repository | Jupyter Notebook | 33 | 2026-05-27 | Repository |
| ActiveInferAnts | Open-source projects | Code repository | Python | 29 | 2026-05-18 | Repository |
| GeneralizedNotationNotation | Open-source projects | Code repository | Pkl | 24 | 2026-05-25 | Repository |
| fundamentals | Learning and implementations | Code repository | Python | 19 | 2026-06-05 | Repository |
| cognitive | Open-source projects | Code repository | Python | 18 | 2026-03-09 | Repository |
| Active_Inference_Ontology | Research and publications | Project materials repository | Unspecified | 14 | 2026-05-18 | Repository |
| CEREBRUM | Research and publications | Code repository | Python | 13 | 2026-06-09 | Repository |
Verwandte Ressourcen
Audience: Learner
Learning repository for getting started with Active Inference materials and pathways.
Audience: Developer
Public GitHub organization for Institute repositories and open-source work.
Audience: Developer
Project repository for multiagent Active Inference modeling work.
Audience: Developer
Generalized Notation Notation project repository for model communication.
Audience: Developer
Geospatial modeling repository connected to ecological and bioregional applications.
Audience: Researcher
Research and publication-oriented repository for the Active Inference Journal.
Offizielle Seiten
Audience: Contributor
Public projects shortlink for project directories and activity-linked work.
Audience: Contributor
Public project measurement shortlink for reporting progress and outputs.
Audience: Researcher
Public Active Inference Ontology shortlink for shared conceptual infrastructure.
Audience: Contributor
Public Project Preparation shortlink for making proposed work legible and actionable.
Audience: Developer
Public RxInfer learning-group shortlink for implementation-oriented Active Inference work.
Audience: Researcher
Public Wave Hypothesis shortlink.
Repoziteure
Audience: Developer
Notebook-based applied Active Inference work connected to blockchain-adjacent and generative modeling examples.
Audience: Developer
Python models and materials for ant-inspired multiagent Active Inference.
Audience: Developer
Public ants repository in the ActiveInferenceInstitute GitHub namespace.
Audience: Developer
ATLAS
Audience: Developer
Public Biofirm repository in the ActiveInferenceInstitute GitHub namespace.
Audience: Developer
Python codebase for cognitive and Active Inference-oriented modeling work.
Audience: Developer
GEN-24 project repository for active inference and Active Blockference exploration.
Audience: Developer
Public gen25 repository in the ActiveInferenceInstitute GitHub namespace.
Audience: Developer
Generalized Notation Notation project for text-based model specification and communication.
Audience: Developer
Geospatial Active Inference and ecological/bioregional modeling work.
Audience: Developer
Knowledge engineering notebooks and infrastructure for public Institute projects.
Audience: Developer
NoOrg is a Real Org
Audience: Developer
Policy Entanglement in Active Inference v1.0.0
Audience: Developer
Public repository supporting Applied Active Inference Symposium materials and workflows.