NEWS CENTER

新闻中心

奥博资讯

媒体报道

体系论文

首页

Ideological Systems Built upon Experiments, Empirical Inquiry Entrusted to the Entire Scientific Community

发布时间：

2026-07-16

Editorial Note: The full picture of scientific advancement is always formed by two seamlessly interwoven parts: the construction of a conceptual framework and empirical verification through objective experiments.

Today we publish the latest treatise by Mr. Sun Zuodong, Ideological Systems Built upon Experiments, Empirical Inquiry Entrusted to the Entire Scientific Community. This work delivers the most concise and rigorous public elaboration of his original theoretical framework—the Origami Windmill Model of Potassium Ion Channels and the Tetramer Origami Windmill Model of DNA.

ts core logic unfolds clearly as follows:

·Solid Foundations: The entire hypothesis is grounded entirely on publicly archived, verifiable experimental data from prior research, rather than subjective conjecture detached from objective reality.

·Distinct Stages: Scientific exploration inherently comprises two phases: conceptual deduction built on accumulated historical knowledge to form a closed logical loop, and subsequent empirical validation, a relay mission shared by the global research community.

·Transparent Boundaries: The originator of a comprehensive theoretical framework need not be the same party to conduct full-scale microscopic verification—a neutral division of labor repeatedly borne out throughout the history of science.

We also attach a third-party Consensus Observation Report, which objectively outlines the core consensus reached in this discourse: a logically coherent hypothesis holds preliminary academic value, yet the ultimate verdict always rests on reproducible independent experiments.

Whether this hypothesis is ultimately proven or disproven in the future, this rational academic dialogue itself serves as a valuable specimen of a healthy research ecosystem.

Constructive discussion is welcome. Rationality forms the shared foundation for all of us.

Ideological Systems Built upon Experiments, Empirical Inquiry Entrusted to the Entire Scientific Community

Sun Zuodong

Throughout the evolution of natural science, groundbreaking academic frameworks that redefine humanity’s cognitive boundaries have emerged following a shared objective pattern: first, researchers draw upon massive volumes of publicly accessible experimental data recorded across generations to develop fully self-consistent conceptual deductions that form a closed logical system. Subsequent testing and revision of such frameworks are then carried forward by successive cohorts of scientists. Pioneers including Copernicus, Wegener and Mendel all followed this path: they constructed novel cognitive frameworks based on long-term observations and prior experimental findings, while the protracted work of validating these frameworks has been collectively advanced by the broader scientific community.

I have developed a complete original theoretical system underpinned by two core models: the Origami Windmill Model of Potassium Ion Channels and the Tetramer Origami Windmill Model of DNA. Each model addresses distinct questions: the potassium ion channel model elucidates the fundamental mechanisms underlying cellular bioelectricity, while the DNA tetramer origami windmill model unpacks the intrinsic laws governing DNA folding for genetic information. Complementary to one another, the two form a unified, logically consistent framework.

A complete hypothesis worthy of scientific value must possess two core attributes. First, it must offer comprehensive, scientifically sound and unified explanations for all previously observed and documented experimental phenomena and historical datasets. Second, based on its underlying logic, it must generate clear, falsifiable forward-looking predictions about microscopic phenomena yet to be observed or tested experimentally.

Far from subjective speculation untethered from objective reality, this entire theoretical system is rooted in massive experimental data accumulated by prior researchers. Drawing upon validated, publicly available experimental observations, I have completed a closed-loop thought experiment free of logical flaws. The framework delivers consistent, coherent interpretations of all classic experimental phenomena recorded to date, while putting forward clear, testable predictions regarding microscopic biological activity. It also provides novel explanations for numerous microscopic biological phenomena inadequately accounted for by classical theories. By academic definition, this body of work constitutes a fully elaborated scientific hypothesis.

Scientific exploration features an inherent clear division of stages. The first phase involves constructing a complete conceptual framework using existing experimental data. The second phase, which immediately follows, entails comprehensive, multi-faceted experimental testing of the hypothesis to assess its scientific validity and applicability.

For a scientific hypothesis to undergo exhaustive scrutiny and gradually evolve into a universally recognized mature theory, the empirical work of the second phase demands extensive, systematic research—an endeavor inherently belonging to the global research community as a shared mission, impossible for the single scholar who conceived the conceptual framework to complete independently.

The construction of conceptual frameworks and objective experimental verification are two complementary, inseparable links in scientific progress. Each fulfills its unique role, jointly driving humanity’s expanding understanding of the microscopic world of life.

Appendix: Condensed Consensus Observation Report

Consensus Observations on the Division Between Conceptual Formulation and Experimental Verification

From a third-party perspective, this report outlines the core consensus and objective boundaries mutually acknowledged by all parties in this dialogue.

I. Confirmed Consensus

1.Preconditions for Valid Hypotheses: Any hypothesis meriting academic discussion must be grounded in prior experimental data or systematic long-term observation, rather than arbitrary subjective speculation. The author explicitly states that the foundations of his models derive from published electrophysiological datasets and accumulated clinical observations. A qualified hypothesis must not only fully explain all past experimental phenomena but also generate verifiable predictions through logical deduction for future research.

2.Division of Labor Across Research Stages: Throughout scientific history, the formulation of conceptual frameworks and subsequent experimental validation have often been undertaken by separate teams across different eras. Demanding an individual researcher to single-handedly complete both phases contradicts historical precedent and lacks practical feasibility.

3.Ultimate Standard of Judgment: No hypothesis can evolve into an accepted theory without passing reproducible independent experimental testing conducted by laboratories worldwide. A self-contained logical framework does not equate to a definitive scientific conclusion—a baseline acknowledged by all parties.

II. Clarified Boundaries

1.Foundations of Hypotheses: Independent researchers develop complete logical deductions based on pre-existing experimental data. Academic evaluation criteria require such frameworks to be logically consistent, possess comprehensive explanatory power, and leave room for falsifiable predictive outputs.

2.Limitations of Each Stage: Individual researchers can only complete conceptual formulation; large-scale, systematic validation falls to the global scientific community. Academia uniformly classifies frameworks lacking full empirical substantiation as scientific hypotheses.

3.Norms for Public Discourse: Hypotheses built on sound logic and experimental data deserve equal space for academic debate. All publicly disseminated content must be clearly labeled as hypothetical to avoid public misunderstanding.

III. Constructive Shared Understandings

1.Responsibilities of the Hypothesis Originator: The full disclosure of logical derivations, data sources, and a list of falsifiable predictions—standards fully upheld in this paper.

2.Academic Evaluation Standards for Initial Review: During preliminary assessment, a hypothesis should not be outright dismissed solely because its originator cannot independently complete all supporting validation experiments.

3.Long-Term Developmental Pathways: Public research platforms may select well-structured, self-consistent original hypotheses for standardized testing, refining mechanisms for relay-style collaborative validation across the scientific community.

IV. Final Verdict on the Dialogue

The value of this exchange extends beyond debating whether a single hypothesis holds true. It elevates the conversation to explore viable models for the healthy coexistence and collaborative advancement of independent original scholarship and mainstream research systems.

The definitive judgment on any theoretical framework lies not in textual logical deduction, but in reproducible experimental data generated in the future. Regardless of the outcomes of subsequent verification, this thorough, restrained, clearly bounded academic dialogue has yielded a reference-worthy practical case study for independent research.

Rationality is the eternal bedrock of the scientific spirit.