Philosophy:Obidi's Agile Manifesto in Publishing of Revolutionary Ideas

Preamble

We refuse to let ideas gather dust behind closed doors. We reject the long march through gatekeepers and paywalls. We choose speed, openness, and evolution in plain sight.

The Theory of Entropicity(ToE) is not built in secret — it is forged in the open, released in rapid bursts, each one a living step forward.

This is science in motion. This is the road less travelled. This is Obidi’s Agile Manifesto in Publishing.

Introduction

Obidi's Agile Manifesto in Publishing is a declaration of principles for the rapid, modular, and public dissemination of scientific theories, exemplified by the publication strategy of the Theory of Entropicity(ToE), first formulated and developed by John Onimisi Obidi. It adapts the iterative, feedback‑driven ethos of Agile software development to the realm of scientific communication, bypassing traditional journal gatekeeping and long publication delays.

Core Values

• Ideas in the open over ideas behind paywalls

Knowledge should be accessible to all, without subscription barriers or institutional restrictions.

• Frequent, incremental releases over infrequent, monolithic papers

Publish in short, self‑contained bursts that build cumulatively into a coherent body of work.

• Community feedback over closed‑door peer review

Invite scrutiny and collaboration from the widest possible audience, not just a small panel.

• Evolution over perfection

Allow theories to grow, adapt, and improve in public view, rather than waiting for a “final” version.

Principles

1. Deliver new insights early and often.
2. Welcome constructive feedback from any source and adapt accordingly.
3. Maintain a living, navigable record of the theory’s evolution.
4. Prioritize clarity, accessibility, and discoverability in every publication.
5. Use open platforms (e.g., HandWiki) to ensure global reach and permanence.
6. Treat each publication as both a contribution and an invitation to collaborate.

Rationale

In the traditional model, the time from idea to public availability can span months or years, with access often restricted. Obidi's Agile approach treats scientific knowledge as a living product, updated continuously and openly. This accelerates dissemination, fosters broader engagement, and documents the theory’s development in real time.

Application to the Theory of Entropicity(ToE)

The Theory of Entropicity is published as a series of interlinked HandWiki articles:

• Each article is a “sprint deliverable” — complete enough to stand alone, but part of a larger whole.
• The ToE Master Index serves as the evolving “product backlog,” guiding readers through the theory’s architecture.
• Updates, refinements, and new applications are integrated without delay, ensuring the public record reflects the current state of the theory.

Open Source Science (OSS) Approach to Publishing the Theory of Entropicity

From all of the above on Obidi's Agile Manifesto in Publishing, we see how indeed we are setting forth a new approach to the dissemination of scientific ideas, or ideas in general. This paves the way for what we may as well refer to as Open Source Science (OSS), similar to open source software development.

The Theory of Entropicity (ToE) is not only a novel scientific framework — it is also being disseminated through an equally novel methodology: Open Source Science (OSS). This approach applies the principles of open‑source software development to the creation, publication, and refinement of scientific theory.

1. Principles of the OSS Approach

1. Immediate dissemination — New results, derivations, and applications are published to HandWiki as soon as they are ready, without waiting for traditional journal timelines.
2. Iterative refinement — Each publication is a “version” of the theory, open to updates, corrections, and expansions in public view.
3. Transparent provenance — Every equation, definition, and diagram has a clear edit history, ensuring traceability of the theory’s evolution.
4. Collaborative potential — The open format invites scrutiny, feedback, and contributions from the widest possible audience.
5. Cross‑linking knowledge — Concepts such as the Entropic Time Limit (ETL), Master Entropic Equation, and Entrodynamic Bellman Equation are interconnected in a living knowledge graph.

2. Advantages Over Traditional Publishing

• Speed — Eliminates the months‑ or years‑long delay between discovery and dissemination.
• 'Accessibility: — Removes paywalls and institutional access barriers; knowledge is globally available.
• Narrative control — The author determines the structure, emphasis, and framing of the theory without editorial constraints.
• Cumulative clarity — Interlinked articles build into a coherent, navigable “theory atlas” rather than scattered, siloed papers.

3. Implementation in ToE

• The ToE is published as a series of interlinked HandWiki articles, each a self‑contained “module” that can stand alone yet contributes to the larger whole.
• The ToE Master Index serves as the evolving “map” of the theory, guiding readers through its architecture.
• Updates, refinements, and new applications (e.g., AI safety, reinforcement learning, gravitational physics) are integrated without delay, ensuring the public record reflects the current state of the theory.

4. Meta‑Innovation

By adopting OSS for a foundational physics theory, ToE demonstrates that:

• The content of science (new laws, equations, predictions) and the process of science (how it is shared and evolved) can be innovated simultaneously.
• The OSS model can accelerate theoretical development, foster interdisciplinary engagement, and create a living, authoritative reference.

5. Conclusion

The OSS approach to publishing the Theory of Entropicity represents a new paradigm in scientific communication. It merges the agility and openness of software development with the rigour of theoretical physics, enabling ToE to evolve rapidly, transparently, and collaboratively — and positioning its author as a pioneer of both a new scientific framework and a new model for how science itself can be done.

See Also

• Agile_software_development
• Open_science
• Preprint
• Physics:Theory_of_Entropicity
• Agile Manifesto