The Code of Nature

In plain words Everything that exists as a definite thing, a molecule, a bacterium, a person, a network of plants and pollinators, has to answer the same few questions. What is it, as one whole? Which changes matter to it? Does it still exist afterwards, and is it still the same? What does its past leave in it? When do several such things form a further one? This paper shows that the answers always have the same structure, whatever the thing is made of. That shared structure is what the paper calls the code of nature. The code is not a theory of any particular content. It is the structure that any content must have in order to be a thing at all: a whole that differs from what it is not, can change, and either remains itself through the change, becomes something else, or ends. For that reason it holds for every content. Put in a hydrogen molecule, a bacterium or the number 7, and the same conditions apply. The domain says what the thing is made of and how it changes. The code says what it takes for the thing to remain the same, to become another or to end. The paper starts from one fact: a definite thing differs from what it is not. Together with the fact that things actually vary, this is the starting point, and single results add conditions that the text names. The conditions are derived from it step by step. The derivations are given in The Structural Law of Determinate Reality, the foundation of the La Profilée programme, of which this paper is the summary. This paper restates the results, proves them again where the argument needs it, and then checks them against physics, chemistry, biology, ecology and cognition. Section 1 gives a first picture with the hydrogen molecule, so that the terms have something to attach to. Two things are stated openly. The numbers in a case are those of the domain whose content fills the code, and the structure of the result is the code’s. Two of its consequences, about presence (Section 7.3) and about burnout (Section 10.6), are stated in advance as tests, and the tests have not yet been carried out. How to read this paper. The paper is cumulative, but it does not have to be read in one pass. To follow the claim and its test, read Section 1 (the claim, with the hydrogen molecule as a worked example), Section 8 (the whole statement and why nothing is missing from it) and Section 11 (what would refute it). To see the code at work, read Section 1 and then Section 10, which takes four natural cases and one constructed model through the same questions in the same order. To see how the code passes from physics to chemistry, life, cognition and the collective, read Section 9. A reader with a particular question can go directly to Section 4 for existence, identity and the verdict, to Section 7.3 for presence, to Section 9.6 for building, or to Section 10.6 for the burnout test. Where a result comes from the Structural Law of Determinate Reality, the text cites the theorem, so that the step can be checked at its source. Abstract Nature has a code. It is not a list of laws, particles or constants. It is the order in which anything determinate, anything that differs from what it is not, is constituted, meets the differences that matter for it, exists, persists or becomes something else, carries its past, forms wholes with others, and, once it acts on its own continuation, regenerates and represents itself. This paper derives that order. It rests on one fact, that a determinate thing differs from what it is not, and it is in use wherever actual variation occurs, which is the entry condition of the law. Single results add conditions that the text names. From them follows an architecture of six connected parts: (1) the constitution of a bearer; (2) the relevance of differences to it; (3) the verdict on whether it exists, persists or becomes something else; (4) the way its history enters its later capacity; (5) the formation of new wholes from several bearers, to which the same architecture applies again; and (6) the relations a bearer acquires to its own continuation, namely regeneration, self-model and minimal presence. The three structural roles F, M and K are the foundation of the first part. The code is the whole architecture that they open. Each step is proved in the text or reduced to a named theorem, under the conditions that the text names, and no structural step draws on a domain. Because of that, any determinate thing with actual variation can fill the code with its own content, and the result holds for it. The domain supplies mechanism, values and data, and the architecture supplies the structure that they stand in. The architecture is computed on four natural cases and one constructed model, and in each the calculation decides the part of the case that the code fixes: the band of the hydrogen molecule, the load ladder of the metabolism of Escherichia coli and the regeneration of its composition from the supply (not of the machinery that produces the producers), the reach of an intervention in microbial colonization resistance, the unique cascade in 24 published pollination networks, and the value and failure of a self-model in a constructed model. Wherever a domain realizes a determinate thing that persists, it realizes this architecture, because a consequence derived without a carrier, a measure or a domain mechanism recurs with the same structure in every realization that meets the Rigor Guard (Theorem 73.1 of the Structural Law of Determinate Reality). The architecture is also followed across the transitions from physics to chemistry, to life, to cognition and to the collective, and for each transition the paper proves, under named conditions, the condition at which the next relation is activated, with the physical imports it needs named. Each part states what would break it. Section 9.6 derives what follows for building, and Section 10.7 reports the ex ante record: 106 predictions, 51 of them true or running in the predicted direction, one deviating, 49 not yet due. The paper fixes the structure that every realization has, and every content that meets its conditions fits into it. The decisive tests of what the architecture predicts for presence (Section 7.3) and for burnout (Section 10.6) are stated in advance and have not yet been carried out.