AND GIVEN

 

Given;

• Pressure: Demand for the release of pressure is the first principle of entropy  (expansion) and negative entropy(density)
• Entropy: Negative entropy(density) requires acquisition of sufficient energy to produce a marginal difference (quanta) in defeat of entropy (from relativistic to rest mass).
• Equilibria: Persistence of negative entropy requires stable relations (equilibria).
• Acquisition: Acquisition sufficient for persistence of stable relations requires an opportunity for a new equilibrium of stable relations between the lower and upper limits of possible stable relations (change of state).
• Potential: The potential for acquisition (sensitivity) available for recombination creates scarcity of recombination at present density but may produce opportunity for novel recombinations of greater acquisition or conversion of energy (adaptation) at higher density.
• Existence: Existence consists of persistence of stable relations of increasing acquisition of quanta of energy necessary to maintain defeat of entropy (evolutionary computation).

And Given The Emergence of Stability;

• Principle of Conservation and Scarcity: While energy and matter are conserved, the availability of specific configurations or combinations (Assemblies and Assemblages) can become scarce as systems evolve towards equilibrium or more ordered states (Stable).
• Trade-off Between Complexity and Flexibility: As systems gain complexity (more specific, lower-energy states), they often lose flexibility (fewer accessible states or configurations).
•  

 

AND
THEREFORE ;

Pattern Integrity: The strength and stability of the dome are not derived from the individual materials but from their geometric arrangement, illustrating the concept of pattern integrity. emphasizing the importance of the relationships and arrangements between parts rather than just the parts themselves.

Assemblies (Assembly): 

 

Pattern Integrity, Assembly Theory, Category Theory: In summary, while pattern integrity, category theory, and assembly theory originate from different disciplines and have distinct applications, they share a common focus on how components, structures, or entities relate to and interact with each other to form complex systems. 

“Pattern integrity focuses on the arrangement of components, category theory on mappings and transformations between structures, and assembly theory on the combination of components into complex assemblies.”

 

Work vs Accumulation: Work is a continuously recursive similar (iterative) process in time (+,-,=) where Accumulation(+=) is continuous dynamic (different) linear process over time.

Acquisition vs Accumulation: in the categories of Life, Biological Processes, Individual, Behavioral processes, autonomic, deterministic. There exists opportunity for innovation and adaptation by evolution in the biological spectrum. So the Physical Planes of Causality Accumulate and the Biological Planes of Causality Acquire.

Biomolecules: The capacity to do work, by the use of organization to create differences, storing energy necessary to produce transformations in state, which accumulate in additional information creating additional potentials for additional transformations: the transformation of energy inputs into outputs where the primary output is persistence of the organization itself.

Requirements for ‘Biomolecules’:

|Biomolecules|: Potential for Recombination > Organization of Potential Energy > Performing Work > Storing Information.

1. Potential for Recombination: Generation of Potential Combinations: Carbon is almost unique in its ability to generate Potential Combinations.>
   1. Persistence: Carbon-carbon bonds are strong and stable, which generates potential for molecules that need to maintain their structure under the variable environmental conditions inside living organisms.
   2. Complexity in Permutations: Carbon can form four strong bonds with other atoms, generating the potential for the formation of complex, stable structures.
   3. Complexity in Organization: The ability of carbon compounds to exist in multiple  structural forms (isomers) adds another layer of complexity and functionality to organic molecules.
   4. Complexity in Cooperation: Carbon can bond with a wide variety of other elements, including other carbon atoms, generating the potential for the formation of dynamic long chains, branched structures, and ring-shaped molecules.
2. Organizing Potential Energy: Organization of Energy into Potentials to Do Work:
   1. Lipids: Separate the cell from the rest of the environment. Composed mainly of carbon and hydrogen, they serve as long-term energy storage, insulation, and make up cell membranes, that’s necessary for cells to organize.
   2. Carbohydrates: Create structures that organize the cell. Composed of carbon, hydrogen, and oxygen, they serve as energy storage and structural components, and allow for multi-cellular organisms.
3. Performing Work: Proteins: Made up of amino acids, which contain carbon, hydrogen, oxygen, and nitrogen, they perform work.
4. Storing Information: Nucleic Acids: DNA and RNA are composed of nucleotides that contain carbon, hydrogen, oxygen, nitrogen, and phosphorus. They store and transmit genetic information.

Requirements for Life:

|Requirements for Life|:(Before: In-Time: Metabolism (Work), Growth(Accumulation), Survival(Persistence), response to stimuli(Behavior)) > (During: Over-Time: Reproduction (Mutation(Variation), Persistence, Growth)), > (After: Consequence: Adaptation to the environment (Persistence by Evolutionary Computation)).

Resulting in:

• Behavior refers to the operations(actions) of a lifeform (phenotype) whether cellular(prokaryotic), eukaryotic(internally cooperative), multicellular(externally cooperative), cooperative life in time, whether biological, neurological, or physical, and consists of input, transformation, and output, meaning sense-perception, prediction-evaluation, response-action, in the spectrum of biological, neurological, psychological, and social contexts.
• All behavior is reducible and explainable by the defeat of entropy (-) over time (persistence, (=)) by the accumulation of available energy in time (+), and transforming it into either work (in time, (+)), or work and matter (capital over time, (+)).
• Therefore all actions and combinations of actions that defeat entropy over time, produce increasing opportunity for new persistent recombinations of the capture of energy in the spectrum of biological, neurological, psychological, and social contexts, that can be retained (learned) as genetic, epigenitic, neurological(memory) information.

By Means of Variables:

• |Behavior|: Sensation > Perception > Valuation > Prediction, Reaction > Action > Cooperation > Competition > Survival(persistence).
• |Evolutionary Computation|: Conflict, Stress, Disequilibrium > Accumulation(physical) > Acquisition(life) > Cooperation(Sentient Life) > Evolutionary Consequence(ecology, selection, evolution).
• |Scale of Evolutionary Computation|: Individual > Others > Norms > Institutions > Civilizations
• |Means of Persistence|: Genetic(Genes, SNPs) > Epigenetic(Expression) > Neurological(Memory) > Habits(Responses) > Norms (others habits) > Traditions(Intergenerational) > Institutions(proceduralized) > Metaphysical presumptions (?).

AND
THEREFORE;

Cooperation (+,=) (what computational term?)

Cooperation: (behavioral processes, psychological(individual), voluntary) There exists opportunity for Accumulation(Capitalization), and subsequent innovation (internal construction), and adaptation(external functionality), Resulting in additional opportunity for further Accumulation, Innovation, and Adaptation.

• |Existence|: Causality = Pressure > Discreetness > Differentiation > Equilibration > Persistence = Existence

(Note: We are intentionally generalizing the anthropocentric term cooperation across the spectrum of physical, biological, and sentient discovery of opportunity for work (that what?) in the transformation between relations, or capital in the form of stable relations.)

Defining Cooperation as a universally commensurable, scale independent function:

• Cooperation is a process (verb). All cooperation whether quantum (fluctuations), subatomic (waves), matter (particles, elements, molecules), biological(work), sentient (reactive, involuntary), or conscious (predictive, proactive, voluntary), is explainable as evolutionary computation by discovery of a consequential utility in the conversion(work) and or concentration(capitalization) of energy in defeat of entropy.
• Cooperation consists of an interaction between two organizations(identities) that satisfies an internal disequilibrium (potential), creating a more stable set of relations (work) or more capital (energy, mass), producing a new equilibrium with a new partial disequilibrium with new potential for additional recombination producing additional work or capital, and thereby continuing persistent evolutionary computation. (+),(-),(=)
• Cooperation(Internal+External) is produced by a discovery of a difference that can produce a bond, resulting in a change in state that can produce: consumption(work), capital(accumulation), information(potential)
  • |Cooperative Output|: Work > Accumulation > Potential.
• Cooperation requires:
  • Resources (noun)(external, (economic term)) Consist of:
    • Information (noun) (any form through to mass)
      • Energy (noun)
      • Organization (noun)
      • Potential Recombinations (noun)
  • Capital (Resource, internal Persistent Organization) (Noun) Consists of:
    • Information (noun) is produced by the satisfaction of demand for increasingly stable relations, for increasing potential for accumulation by evolutionary computation. The information is stored as energy(mass) contained within the organization (structure), in a stable relationship(persistence) within that structure, and may produce information (meaning) external to the cooperative relationship itself expressed as emergent potential for work, accumulation, and evolutionary computation.
      • Mass(energy) (noun)
      • Organization (structure) (noun)
      • Potential Recombination (re-organization) (noun)
    • Reaction(Action) (verb)(Operations, “Cooperation”)
      •  Accumulation (verb) is produced by the spectrum of behaviors including accidental interaction to intentional seizure of a difference in organization (supply vs demand) between capital (internal state, system) and a potential resource (external state), generating a new internal state (result).
      • The production of Accumulation requires Work:
        • Work (in time) (verb or noun) is produced by
          a supply of energy(matter) available in the environment, as a difference in charge, organized such that it can satisfy the potential demand of an organization, producing a change instate of that organization, that produces a surplus that is either dispelled, consumed, or capitalized.
    • Equilibrium(Result) (agreement, state change)
      • Disposal (discard)(in time) (Surplus(-)) (verb) is produced by Work resulting in a surplus not necessary or useful for the organization in capital into persistence and potential.
      • Consumption (in time)(=) (verb) is produced by work consuming the differences in charge to preserve state (continuous operations) of the organization (constant relations) over time (persistence).
      • Capitalization (over time) (Surplus(+)) (verb) is produced by work that produces a surplus that can be accumulated in the organization(stable relations) over time (persistence, potential).
  • Therefore;
    • |Cooperation|: External Environment + Demand:Internal Organization(-) + Supply:Internal or External Resource(+)(difference in charge, potentials) => Work (Change in state, Organization) => Surplus(+,=,-):Change in state of Internal Organization => Equilibrium: disposal(-), consumption(=), capitalization(+) => Information(organization, energy-mass, potential)
    • Evolves from:
      |Existence|: Causality = Pressure > Discreetness > Differentiation > Equilibration > Persistence = Existence

• • • Therefore:
      

      Existence ->	Cooperation
      Causality = Pressure >	Resource (before): External Environment + Demand:Internal Organization(-) + Supply:Internal or External Resource(+)(difference in charge, potentials) =>
      Discreetness > Differentiation >	Accumulation (During): Work (Change in state, Organization) => Surplus(+,=,-):Change in state of Internal Organization =>
      Equilibration >	Equilibrium: disposal(-), consumption(=), capitalization(+) =>
      Persistence = Existence	Capital (After): Information(organization, energy-mass, potential)

By Means of (determinism to choice):

• All Physical Cooperation (near infinite numbers, Random and Deterministic, Probability) is determined by vast numbers and random interaction of a limited number of organizations, produced in a limited number of conditions, and their potential compatibility (mutually beneficial potential), proximity, and conditions (environment), satisfying supply and demand of difference in charges, perpetuating survival and evolutionary computation of persistence by the accumulation of complexity in the defeat of entropy.
• All Organic Cooperation(molecule)(vast numbers random, deterministic, environmentally limited, possibility) (replication of opportunity, computation by mutation, selection by environment) is determined by the increase in the capacity of the molecules to cooperate(-)(potential, demand) with other atoms and molecules(+)(energy, mass, resources, supply) in the environment, generating new stable relations(=)(equilibria), by performing work, that results in disposal, consumption, or capitalization, satisfying supply and demand, perpetuating survival and evolutionary computation of persistence by the accumulation of complexity in the defeat of entropy.
• All Asexual Cooperation(cell)(large numbers, random, and even more narrowly deterministic, possibility) (replication of opportunity, computation by mutation, selection by environment) is determined by an organization (a cell) that creates an internal environment that does work(disposal, consumption, capitalization) within an external environment, including the work of replication(multiplication) mutation and survival from environmental selection, satisfying supply and demand, perpetuating survival and evolutionary computation of persistence by the accumulation of complexity within individuals, in the defeat of entropy with information stored in a repeatable form (RNA and DNA).
• All Sexual Cooperation(organisms)(small numbers, random,less deterministic, process )  (multiplication of opportunity, computation by sexual selection and recombination, and then environment) is determined by an organization consisting of species(the same organization) of sexually dimorphic organisms(reproductive roles) that do individual work(disposal, consumption, capitalization) including the cooperative work of recombination(permutation and multiplication), mutation, and survival from environmental selection, within an external environment, satisfying supply and demand, perpetuating survival, and computationally accelerating evolutionary computation of persistence, by the accumulation of complexity within the species in the defeat of entropy, with information stored in repeatable and recombinable forms (RNA and DNA).
• All Animal Sexual Reproduction (very small numbers, non random, non-deterministic instinct) (++) is determined by an organization consisting of species(the same organization) of sexually dimorphic organisms(reproductive roles), sexually divergent behaviors(fufiling reproductive roles), that do individual work(disposal, consumption, capitalization) including the cooperative work of the division of perception, congition, valuation, advocacy, and labor including reproduction consisting of sexual selection, recombination(permutation and multiplication), mutation, and survival from environmental selection, within an external environment, satisfying supply and demand, perpetuating survival, and accelerating evolutionary computation of persistence, by the accumulation of complexity within the species in the defeat of entropy, with information stored in repeatable and recombinable forms (RNA and DNA), as well as in instinctual behaviors, and individual memory whether specialized or common, and social(group) memory.
• All Human Sexual Reproduction(tiny numbers, non random, non-deterministic choice) (++) is determined by an organization consisting of species(the same organization), we call homo sapiens sapiens, of sexually dimorphic organisms(reproductive roles), sexually divergent behaviors(fufiling reproductive roles), that do individual work(disposal, consumption, capitalization) including the cooperative work of the division of perception, congition, valuation, advocacy, and labor including reproduction consisting of sexual selection, recombination(permutation and multiplication), mutation, and survival from environmental selection, within an external environment, satisfying supply and demand, perpetuating survival, and further accelerating evolutionary computation of persistence, innovation, and adaptation by the accumulation of complexity within the species’ organization, in the defeat of entropy, with information stored in repeatable and recombinable forms (RNA and DNA), instinctual and intuitive behaviors, as well as in individual memory whether specialized or common, and social(group) memory as habits, norms, traditions, myths, values, group strategy, and institutions.

Therefore;

• Sex Differences: Therefore all differences in human sexual behavior are explainable by the sex differences in costs of reproduction between the female demand for resources (-) and the male pursuit of supply (+) to satisfy the female demand for resources(=).
• Cooperation Defeats Time: All Sentient or Conscious Productive Cooperation(++) is reducible and explainable by the defeat of time (-) by the returns on time (+) by a concentration of or division of labor (+), by discovery of a coincidence of needs, wants and interests(equilibrium, stable relation) in or over time (=).

AND;

Cooperation at Social Scale: Divisions of Discovery, Adaptation, Innovation: (Behavioral, Social, Adversarial(supply-demand))
(header for emergent properties of consciousness and volition) There exists opportunity for innovation and adaptation by evolution in the social spectrum:

• Time and Space: Increase in Scope of Discovery Adaptation and Innovation in the service of Sex Differences: The differences in the sexes (+ vs – ) combined with the differences in combination of those differences, and therefore the distribution of traits via those sex differences, in combination with the genetic load of those differences, produces a set of differences in supply and demand that in turn increase demand for variation in discovery and exploitation of resources across time and space, whether in time or over time or anything between, thereby maximizing the rate and range of potential discovery of opportunity for adaptiation and by selection(=) resulting in evolutionary computation – within the limits of discovery of satisfaction of demand for coincidences of wants.

As such all such scales reflect the increase in scale of population and time.

|Scale of Evolutionary Computation|: Disorder(Entropy) > Organization(Matter) > vs Work(proto-life, Biomolecules) > vs Organized Work as Behavior(Life) > vs Prediction (Sentient Life) vs Cooperative work as Behavior (Conscious Life) > vs Scale Behavior (Institutional Life) > Maximum Organization(Civilizational Life) increasing organization to increase opportunity for increasing returns on increases in energy capture and transformation.

Adversarial Competition (-,=) (what computational term?)

THEREFORE

Persistence of Natural Selection at each scale of the hierarchy of cooperation:

• Environment (Context): ( … survival … )
• Sexes (3D) (Female(F), Child(N), Male(M)) : Sexual Selection produced by intrasexual production (++) in the service of  intersexual reproduction (-/+) by the discovery of continous contextual discovery of coincidence of needs, wants, and interests (=) produces natural selection which in turn produces evolutionary computation.
• Individual Selection (genes) occurs by maximizing potential returns on investment in reproductive cooperation (demand), within the limits of sexual, social, economic, political, military market value, and within the available pool of mates(supply).
• Individual Selection Results in Group Selection in Familes, Clans, Tribes, Nations:
  • All selection begins at the genetic and individual level of reproduction.
  • Individual selection is biased by the degree of the influence of genetic fitness, vs demonstrated behavior, vs norms and status signals.
  • Asymmetric reproduction allowing the expression of selection preference within a group is limited by the size of the group – too small, vs too large, and by the survival advantage/disadvantage (health, fitness) and reproductive advantage/disadvantage (number of offspring) provided.
  • The consequence of individual selection at scale over time in a population by the accumulation of individual selection can reduce or eliminate disadvantageous traits and bring about and expand advantageous traits in that population (group). (Note: this is what we mean by ‘group selection’.)
  • Individual Selection, Informed by familial, class, and cultural bias accumulates in all scales of groups.
  • The result of selection Individual and families (genes), is evident in groups (clans, classes, tribes, nations, civilizations, and races).
• Classes (3D) (assuming sortition) ( F/S: sexual, social, N/E: economic, M/P: political, military market value) Classes like demonstrations of intelligence tend to scale up and down together.  ( … classes evidence the distribution of traits selected for and against … )
• Organizations (3D) Kin (center), social(F), economic(N), political/military(M). ( … )
• Institutions (3D) Familial (center), Social/Religious(F), Material (Economic, Technical, Scientific)(N),  Political/Military(M) ( … )
• Civilizations (3D) Religion/Tradition(F), Contract/Rule of Law(N), State/Military(M). ( … )

Discovery (what computational term?)

THEREFORE;
Producing:  

Computation of capitalization(persistence) of energy and information in organization.

|Computation|: Survival > Persistence > Capitalization 

• Cooperation(+) in the satisfaction of coincidences of ( … ) produces computation:
  • Producing Internal consistency by survival of the organization of increases in energy.
• Adversarial Competition(-) ( … ) in the … (between forms?)
  • Producing External Consistency by the survival of the organization of increases in energy in the external context of the environment.
• Capital(=): The organization of Information that provides for the persistence of energy as matter in a stable relation that survives both stress (tests) of internal consistency(+) and external consistency(-) produces stable internal and external relations in the system (environment) in the form of Capital(=) consisting of the energy captured and information stored as organization of that energy into surviving internal and externally persistent relations. And by analogy, producing cooperation between the internal organization (mass, entity) and the external environment (background).

|Cooperative Survival|: Internal +) > Cooperative Capital(=) < External (-).

THEREFORE;

• Summary: the universe operates by the generalization of incremental reduction of stress by the incremental discovery of means of cooperation by the organization of the concentration of energy and putting it to work in the production of stable relations, producing persistence over time, and additional opportunity for recombination that emerges from that condition of persistence.