Demonstrates that random mutations damage genetic information, challenging assumptions of neo-Darwinian evolution.
This paper serves as the third component of the SFL biological series, fully consistent with all variable definitions, mathematical formulas and structural standards laid down in SFL-BIO01 and SFL-BIO02. Centered on the core concept of intrinsic fixed genetic architecture G₀, this paper reinterprets typical biodiversity phenomena including bacterial drug resistance, breed morphological differences and finch beak adaptation. A clear logical boundary is drawn between intraspecific bounded fine-tuning and hypothetical cross-species genetic reconstruction. With the fixed genetic library analogy and biological information entropy analysis, this study demonstrates random mutations only damage existing genetic information and cannot generate a complete new species blueprint. Together with the first two papers, it forms a closed self-consistent theoretical system, offering a new analytical perspective to reassess the core assumptions of neo-Darwinian interspecies evolution.
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FOO SENG ANG (2026) studied this question.
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