ABSTRACT
This paper presents a foundational concept for a new interdisciplinary field of study that bridges biology and the social sciences in a unique way no existing discipline has fully explored.
Several established fields touch on aspects of this proposed area:
- Evolutionary Biology — Study of the origin, descent, and adaptations of living species over time.
- Anthropology — Study of human cultures, their evolution, and artifacts (including Cultural Anthropology, Linguistics, Paleoanthropology, and Archaeology).
- Sociology— Study of human social behavior, institutions, and structures.
- Political Science — Analysis of social structures and systems theory, often borrowing from biology to model cooperation.
- Cultural Ecology— Study of social behaviors in animals, including eusocial species.
However, none of these fields fully integrates the vast conceptual span—from biological foundations to human social systems—with the same depth and breadth as the proposed framework.
WHAT IS LIFE?
To avoid speculative theological or mythological discussions, the following remains firmly grounded in biology.
Biologically speaking, life is organic matter that:
- Intakes energy,
- Converts that energy through chemical processes,
- Expels the transformed energy (as waste),
- Maintains equilibrium by constantly responding to both its external and internal environments (homeostasis),
- Passes on genetic material as a form of memory across generations.
WHO? Life/organic matter
WHAT? Intakes, converts, and outputs energy via chemical change
WHERE? External environment interacts inseparably with internal environment
WHEN? From generation to generation
WHY? In the strictest biological sense, the purpose of life is... to live.
Life wants to live because life lives. It is what it does. Life will always find a way.
Life begins with energy conversion (catabolism and anabolism), enabling growth. This process must continue while maintaining homeostasis—preventing internal destruction (e.g., cancer from rapid cellular overproduction) or external takeover (e.g., pathogens hijacking cells).
Once equilibrium is achieved and sufficient nutrients support genetic replication, cellular life culminates in reproduction: copying genes anew or combining with others to create hybrids. After passing on genes, the organism degrades, releasing its energy to the surroundings and reducing entropy.
Thus, the sole purpose of all life—from cells to multicellular organisms, plants, fungi, animals, bacteria, and even viruses—is to persist energy, maintain equilibrium, learn/adapt, and pass on information.
HUMAN EVOLUTION AND THE CROSSROADS
Fast-forward through evolution to humanity. About 10,000 years ago, agriculture enabled food storage, reducing entropy and wasted energy through surplus.
This excess energy conversion increased pressures on equilibrium. Domestication of animals contributed significantly to many zoonotic diseases (beyond those from mosquitoes), as close human-animal contact facilitated pathogen spillover.
Medicine later compensated for external pressures (infectious diseases) but shifted internal pressures toward degenerative conditions. To combat cells attacking the body (e.g., cancer), large-scale cell death is required—ideally after genes have been passed on, or the energy invested becomes pure entropy (waste).
This biological logic connects directly to behavior and social systems: the point of life is to live—self-preservation and, ultimately, species preservation (survival of the fittest, Darwinian selection).
Humans have thrived since agriculture, so self-preservation is largely achieved. Now the path diverges: choice—what truly makes us human.
When surplus exists, we can share it (altruism, love—concern for the whole)
or hoard it (indulgence, gluttony, wrath, sloth, envy, pride, greed—sin, corruption, possession by possession).
Altruism is the only path avoiding these traps.
Self-preservation extends to species preservation: feeding children not for personal gain, but to prevent massive entropy from wasted potential.
EUSOCIALITY, ALTRUISM, AND NEW TERMS
Eusociality
Pertaining to certain animal societies (e.g., hive-minded insects) where sterile individuals work for reproductive individuals whose genes they share.
[From prefix eu- (“good” or “well”) + social (“society”)]
Altruism
1. Regard for others without regard for oneself; devotion to others’ interests; brotherly kindness.
2. (Biology, sociobiology) Behavior that benefits others at some cost to the performer.
Anthroentomontology(colloquialism):
The study of the deep, existential relationship between humans and insects, focusing on overlapping similarities in behavior, social structures, and inter-species ecosystem impacts.
[From anthropos (human) + entomo (insect) + ontology (study of being)]
Eusociology(colloquialism):
The study and deliberate design of human social systems using the explicit logic of eusociality to cultivate emergent altruism.
This anthroentomontological model reflects the systemic organization of nature's most successful species—fungal ecosystems, insect societies, and human cultural behaviors—all rooted in cooperative survival.
The paper proposes studying and constructing human social systems inspired by eusocial logic (ants, bees, termites, wasps, cockroaches, naked mole-rats, shrimp) to maximize cooperation and collective survival. It transforms human intelligence into a tool for intentional emergent altruism, rather than leaving it to chance or moral persuasion.
Characteristics
- Biologically informed
- Culturally grounded (ritual, surplus, language, artifacts)
- Deliberately prescriptive (we design the system, rather than leaving it to evolution)
EUSOCIOLOGY VS. COMMUNISM
Eusociology may superficially resemble communism (collective welfare, shared labor, group survival), but key distinctions exist:
1. Natural vs. Ideological
Communism is a human-constructed political ideology, often enforced top-down.
Eusociology is biologically and ecologically inspired, drawing from naturally emergent cooperative systems (e.g., ants, bees, fungi).
2. Volition vs. Instinct
In natural eusociality, cooperation is genetically encoded—no choice involved.
Eusociology uses human intelligence, observation, and culture for conscious, voluntary, adaptive replication.
3. Scope and Flexibility
Communism focuses primarily on economics, property, and class.
Eusociology spans social behavior, ritual/culture, language/communication, resource distribution, decision-making, ethics, and altruism as emergent properties—like engineering society with nature's blueprint.
4. Outcome Orientation
Communism seeks equality and fairness in a human-centered framework.
Eusociology prioritizes survival, resilience, and emergent cooperation—functional, not ideological—even if roles appear unequal (specialization, reproduction, caregiving optimized for group persistence).
Communism is a human artifact for collective survival. Eusociology makes survival inevitable by applying nature's proven strategies.
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