Fundamental Theorem of Taxonomy
Posted: Thu Jul 02, 2026 11:52 am
THE ONLY PHYSICALLY POSSIBLE BIOLOGICALLY REAL HUMAN RACES ARE DISCRETE HUMAN SUBSPECIES
Part One: The Fundamental Theorem of Taxonomy
It might interest you to know that of all, there cannot be such things as biologically real and biologically objective human races other than discrete subspecies which are biologically, zoologically, and ontologically discontinuous in every respect in which they are biologically, zoologically, and ontologically different from each other. I have discovered a truly remarkable proof of this theorem.
Note: By discontinuous I mean when a given multitude of things in such a relation to each other that on any side on which any two of the things in that given multitude differ from each other, there cannot be placed between these two any such third differing thing in that given multitude that the third such thing differs from each of the first two individually less than the first two differ from each other.
§1. Preliminary Principles of Scientific Classification
Before stating the Fundamental Theorem, it is essential to establish the foundational principles of a scientifically valid classification system:
Consistency and Uniqueness: The principles used to classify must be applied uniformly across all members of a genus.
Mutually Exclusive and Collectively Exhaustive Categories:
No member may belong simultaneously to more than one category at the same taxonomic level, and all members must be accounted for.
Use of Essential Attributes: Only traits fundamental to the essence of the living thing are valid criteria for classification.
Capacity to Absorb All Cases: The classification system must be able to include all known and yet-to-be-discovered members of the genus. These principles ensure that classifications are scientifically valid, unambiguous, and universally applicable.
§2. The Fundamental Theorem of Taxonomy
Theorem (Fundamental Theorem of Taxonomy): At any one and the same taxonomic rank, living things belong to biologically discrete natural kinds (taxa), which are discontinuous from each other in every respect in which their essential identities are essentially, intrinsically, biologically, and objectively different.
Proof:
Finiteness of Natural Kinds:
The number of distinct genomes—and thus distinct essential trait profiles (TDT profiles)—is finite and bounded, because DNA sequences have a finite number of base pairs (bounded above by Q). Or else, suppose there had been no upper bound on the number of base-pairs. But then there would be a DNA sequence with more base pairs than there are of estimated particles in the Milky Way Galaxy, which is clearly impossible! Therefore, there is an upper bound: call Q the least upper bound. Then the maximum number of possible ways to get a genome is 4 + 4^2 + ... + 4^Q = (4/3) · (4^Q ‒ 1), which is finite! Therefore, the number of natural kinds at any taxonomic rank is finite. Finitely many taxa cannot be infinitely divisible. Only infinitely divisible entities can form a continuum.
(Note: But infinite divisibility alone is not per se sufficient for a continuum. To understand the true nature of the continuum, the following preliminary definition is helpful: An admissible point or admissible indivisible individual of or within a given divisible person, thing, or being is an indivisible individual situated therein so that some path within the extent or among the appurtenances of the given person, thing, or being can pass or even retrace itself without interruption among all the indivisible individuals that conceivably exist at all. Any given divisible person, thing, or being is continuous if and only if:
* every piece, however small, can itself be broken into pieces each as small on all sides as one wishes (and this property we call Potentially Infinite Divisibility),
* every indivisible individual admissible within the given thing, region, or person is surrounded on all sides by the respective boundary of some piece, which is a piece of the given thing, region, or person, but which is as small as one wishes on all sides (and this property we call Fineness),
* the entire whole of the insides of the region cannot be broken up into pieces outside each other unless every such piece touches at least one other such piece (and this property we call Internal Contiguity),
* nor can any two such nonoverlapping pieces touch each other unless at least one of the indivisible individuals at which these two pieces contact each other and which is admissible within the given thing, region, or person, is also admissible within at least one of those two pieces (and this property we call Connectitude).
These 4 characteristics are each necessary and together sufficient and actually efficient to distinguish the continuous from the discontinuous.)
Taxonomical Determining Traits (TDTs) are hereditary aspects essential for defining taxa. A living thing’s TDT profile is the sum total of all TDTs, necessary and sufficient to determine its taxon.
Correspondence of TDT Profiles and Taxa: Each taxon at a given rank corresponds to a unique TDT profile; identical taxa share identical TDT profiles, and identical TDT profiles determine identical taxa.
Discontinuity of Essential Traits: If two taxa differed in an essential trait continuously, there would exist infinitely many intermediate TDT profiles. This is impossible because the total number of TDT profiles is finite. Hence, genetic variations defining different taxa must be discontinuous in every essential respect.
Mutual Exclusivity and Collectiveness: By definition of TDT profiles and their correspondence with taxa, each living thing belongs to exactly one taxon at a given rank, and all members are accounted for. Therefore, taxa at any given level of classification are finite, discrete, mutually exclusive, collectively exhaustive, and biologically discontinuous in all essential traits. QED
Part One: The Fundamental Theorem of Taxonomy
It might interest you to know that of all, there cannot be such things as biologically real and biologically objective human races other than discrete subspecies which are biologically, zoologically, and ontologically discontinuous in every respect in which they are biologically, zoologically, and ontologically different from each other. I have discovered a truly remarkable proof of this theorem.
Note: By discontinuous I mean when a given multitude of things in such a relation to each other that on any side on which any two of the things in that given multitude differ from each other, there cannot be placed between these two any such third differing thing in that given multitude that the third such thing differs from each of the first two individually less than the first two differ from each other.
§1. Preliminary Principles of Scientific Classification
Before stating the Fundamental Theorem, it is essential to establish the foundational principles of a scientifically valid classification system:
Consistency and Uniqueness: The principles used to classify must be applied uniformly across all members of a genus.
Mutually Exclusive and Collectively Exhaustive Categories:
No member may belong simultaneously to more than one category at the same taxonomic level, and all members must be accounted for.
Use of Essential Attributes: Only traits fundamental to the essence of the living thing are valid criteria for classification.
Capacity to Absorb All Cases: The classification system must be able to include all known and yet-to-be-discovered members of the genus. These principles ensure that classifications are scientifically valid, unambiguous, and universally applicable.
§2. The Fundamental Theorem of Taxonomy
Theorem (Fundamental Theorem of Taxonomy): At any one and the same taxonomic rank, living things belong to biologically discrete natural kinds (taxa), which are discontinuous from each other in every respect in which their essential identities are essentially, intrinsically, biologically, and objectively different.
Proof:
Finiteness of Natural Kinds:
The number of distinct genomes—and thus distinct essential trait profiles (TDT profiles)—is finite and bounded, because DNA sequences have a finite number of base pairs (bounded above by Q). Or else, suppose there had been no upper bound on the number of base-pairs. But then there would be a DNA sequence with more base pairs than there are of estimated particles in the Milky Way Galaxy, which is clearly impossible! Therefore, there is an upper bound: call Q the least upper bound. Then the maximum number of possible ways to get a genome is 4 + 4^2 + ... + 4^Q = (4/3) · (4^Q ‒ 1), which is finite! Therefore, the number of natural kinds at any taxonomic rank is finite. Finitely many taxa cannot be infinitely divisible. Only infinitely divisible entities can form a continuum.
(Note: But infinite divisibility alone is not per se sufficient for a continuum. To understand the true nature of the continuum, the following preliminary definition is helpful: An admissible point or admissible indivisible individual of or within a given divisible person, thing, or being is an indivisible individual situated therein so that some path within the extent or among the appurtenances of the given person, thing, or being can pass or even retrace itself without interruption among all the indivisible individuals that conceivably exist at all. Any given divisible person, thing, or being is continuous if and only if:
* every piece, however small, can itself be broken into pieces each as small on all sides as one wishes (and this property we call Potentially Infinite Divisibility),
* every indivisible individual admissible within the given thing, region, or person is surrounded on all sides by the respective boundary of some piece, which is a piece of the given thing, region, or person, but which is as small as one wishes on all sides (and this property we call Fineness),
* the entire whole of the insides of the region cannot be broken up into pieces outside each other unless every such piece touches at least one other such piece (and this property we call Internal Contiguity),
* nor can any two such nonoverlapping pieces touch each other unless at least one of the indivisible individuals at which these two pieces contact each other and which is admissible within the given thing, region, or person, is also admissible within at least one of those two pieces (and this property we call Connectitude).
These 4 characteristics are each necessary and together sufficient and actually efficient to distinguish the continuous from the discontinuous.)
Taxonomical Determining Traits (TDTs) are hereditary aspects essential for defining taxa. A living thing’s TDT profile is the sum total of all TDTs, necessary and sufficient to determine its taxon.
Correspondence of TDT Profiles and Taxa: Each taxon at a given rank corresponds to a unique TDT profile; identical taxa share identical TDT profiles, and identical TDT profiles determine identical taxa.
Discontinuity of Essential Traits: If two taxa differed in an essential trait continuously, there would exist infinitely many intermediate TDT profiles. This is impossible because the total number of TDT profiles is finite. Hence, genetic variations defining different taxa must be discontinuous in every essential respect.
Mutual Exclusivity and Collectiveness: By definition of TDT profiles and their correspondence with taxa, each living thing belongs to exactly one taxon at a given rank, and all members are accounted for. Therefore, taxa at any given level of classification are finite, discrete, mutually exclusive, collectively exhaustive, and biologically discontinuous in all essential traits. QED