Analyzing the Scientific Nature and Verifiability of Topological Vortex Theory (4)

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IV. Refuting “Lack of Verification Implies Non-Science”: Dual Errors in Logic and Fact

4.1 Logical Fallacy: Confusing “Direct Verification” with “Holistic Validation”

Critics equate “temporarily lacking direct experimental data” with “lacking any validation,” committing the fallacy of hasty generalization. Scientific validation is a pluralistic process encompassing mathematical self-consistency checks, explanation of known phenomena, prediction of novel phenomena, and cross-verification with other theories. Topological Vortex Theory has made achievements in all these areas, demonstrating exceptional insight, particularly in providing a unified explanation for vortex structures across scales [1-4].

4.2 Factual Error: Disregarding Existing Indirect and Experimental Evidence

As outlined above, a multitude of phenomena and experiments, from quantum vortices to cosmological models, support the core ideas of Topological Vortex Theory [1-4]. To claim these phenomena “do not constitute verification of the theory” is arbitrary; in reality, the theory successfully provides a unified theoretical framework underlying these diverse phenomena.

4.3 The Essence of Specious Reasoning: Indifference to the Dynamic Nature of Scientific Exploration

Throughout the history of science, many theories faced criticism of insufficient verification in their early stages, only to have their predictions gradually confirmed over time. Topological Vortex Theory is still developing, with new experimental methods (such as cold atom simulations, advances in astronomical observation) continually offering new testing opportunities. Denying its scientific nature based on its current “not yet fully verified” status is tantamount to declaring the journey over midway through exploration, a stance fundamentally opposed to the scientific spirit.

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