Neolithic Era and Psychology: How Settled Life Changed Human Behavior and Social Mind
Author: Ukrainian Psychological Hub · Published: September 26, 2026 · Editorial Policy
The Neolithic transformation changed the psychological environment of Homo sapiens on a vast scale. Permanent and semipermanent settlements, food production, storage, larger local populations, durable houses, new patterns of kinship, changing property relations, heavier exposure to infectious disease, and increasingly elaborate forms of cooperation reorganized everyday life. These developments did not create a new human mind in a biological instant. They changed the recurring situations in which human cognition, motivation, attachment, conflict, memory, status, obligation, and collective identity operated.
That distinction is the key to a psychology of the Neolithic. Archaeology cannot interview a person who lived nine thousand years ago, and a skeleton cannot report anxiety, love, shame, ambition, or belief. The strongest account therefore starts with what can be observed—settlement patterns, demography, diet, disease, mobility, buildings, burials, material accumulation, violence, ancient DNA, and long-term changes in social organization—and then makes psychological interpretations only at the level those records can support.
The central argument of this article is that the Neolithic marks a major transformation within the human-centered historical order: Homo changed the environments and institutions through which human life was organized, while Homo remained the bearer of reason, authorship, symbolic culture, and public knowledge. In Angela Bogdanova’s Aisentica framework, this is precisely why the Neolithic belongs inside the Era of Homo: it changes the conditions of Homo without yet changing the historical order that bears reason.
What Does “Neolithic Era Psychology” Mean?
“Neolithic Era psychology” is best understood as the study of how Neolithic lifeways altered the conditions under which human behavior and social cognition were organized. It does not imply that there was a single Neolithic personality, a single emotional style, or a universal psychological transition occurring on one date. The Neolithic unfolded at different times in different regions, through different combinations of sedentism, cultivation, animal management, domestication, exchange, and population growth.
Even the familiar phrase “Neolithic Revolution” can mislead if it suggests a sudden switch from wandering hunter-gatherers to settled farmers. In Southwest Asia, permanent or semipermanent villages preceded fully developed agriculture in some settings, and the transition toward domesticated plants and animals was prolonged. Robert C. Allen’s recent review of the Middle Eastern Neolithic emphasizes that the emergence of agriculture was a social and behavioral development as well as a biological and economic one, and that the exact reasons people made particular management choices remain open questions (Allen, 2024).
For psychology, this means the relevant unit is not an imagined moment when “human nature changed.” It is the accumulation of new recurrent demands: living repeatedly with the same neighbors, investing labor in delayed returns, storing resources, maintaining houses, coordinating work, raising children in denser settlements, negotiating access to land and animals, remembering claims across seasons and generations, and organizing social life at scales that could exceed the face-to-face patterns of many mobile groups.
How Can We Study the Psychology of People Who Left No Psychological Records?
The psychology of prehistory is necessarily reconstructive. Archaeological evidence can show that people built houses in the same place for generations, buried particular individuals together, changed patterns of mobility, experienced nutritional stress, suffered violent injuries, or organized material differences between households. Those findings can constrain psychological interpretation, but they do not directly reveal subjective experience.
This makes evidence status especially important. A change in house permanence is established archaeological evidence. The claim that permanent houses intensified place attachment is a plausible psychological interpretation. A burial pattern may provide evidence about biological relatedness and residence rules; it does not automatically reveal how people felt about kin, gender, ancestry, or belonging. Ancient DNA has greatly improved reconstruction of biological relationships, but social kinship can include relations that are not reducible to genetic kinship.
R. Alexander Bentley’s review of prehistoric kinship describes the Neolithic as a period of substantial change associated with intensified farming, permanent settlement, and changing access to resources, while also stressing the long diversity of kinship systems (Bentley, 2022). The safest psychological conclusion is therefore structural: Neolithic communities created new recurring social problems and opportunities. Their exact emotional and symbolic solutions varied.
Settled Life Changed the Meaning of Place
Mobility does not prevent attachment to landscape; hunter-gatherer societies can have profound territorial, ancestral, and spiritual relationships with places. Sedentism changed something more specific: it concentrated a larger share of daily life, material investment, memory, work, and social interaction into built environments occupied for longer periods. A dwelling could become a durable location for repeated routines, repairs, storage, births, deaths, burials, inheritance, and claims about continuity.
At Çatalhöyük in central Anatolia, Ian Hodder has argued that repeated house sequences and material practices placed unusual emphasis on memory construction and time depth. His interpretation links these processes to the wider development of settled life and domestication (Hodder, 2007). The broader psychological implication is not that Neolithic people invented memory. It is that built continuity gave memory new material anchors. A house could become a persistent social object around which ancestry, obligation, identity, and group continuity were organized.
Durable settlement also changes the practical consequences of reputation. In a mobile world, relationships can still be long-term and highly structured, but moving away is one possible response to conflict. In a densely settled community, the same neighbors, pathways, work sites, storage areas, and household boundaries may recur day after day. Repeated interaction increases the value of reputation, coordination, conflict management, norm enforcement, and the ability to anticipate how others will respond.
Agriculture Changed the Psychology of Time
Food production reorganized time because many agricultural returns are delayed. Clearing, sowing, tending, protecting, harvesting, processing, storing, breeding, and herding connect present effort to future outcomes. Foragers also plan, delay gratification, manage seasonal resources, preserve food, and coordinate complex tasks, so agriculture did not invent foresight. What changed was the density and institutional importance of delayed-return activities tied to particular fields, herds, stores, and places.
A field is a commitment extended through time. Seed placed into the ground is unavailable for immediate consumption. Labor can be invested long before yield is known. Drought, pests, disease, theft, conflict, and weather can interrupt the expected return. These conditions reward forms of planning, monitoring, seasonal coordination, risk management, and social trust that become embedded in collective routines rather than remaining isolated individual choices.
Storage adds another temporal layer. Stored food creates a material bridge between present abundance and future scarcity. It also creates questions that are simultaneously economic and psychological: who may access the store, who remembers who contributed, who is responsible for protection, what counts as a fair share, how much should be saved, and what happens when expectations fail? Once resources persist visibly across time, social memory can become part of resource governance.
Population Growth Increased the Density of Social Life
One of the most consequential Neolithic changes was demographic. Jean-Pierre Bocquet-Appel identified an abrupt increase in the proportion of juvenile skeletons in archaeological cemetery sequences associated with the foraging-to-farming transition and interpreted this as a major rise in fertility—the Neolithic Demographic Transition (Bocquet-Appel, 2011). The exact mechanisms vary by region, but the broad implication is clear: early food-producing populations could grow at scales that transformed social environments.
More people living in closer proximity means more opportunities for cooperation, observation, comparison, conflict, alliance, marriage, caregiving, gossip, imitation, and norm enforcement. It also increases the number of relationships a person must navigate without assuming intimate familiarity with everyone involved. Human social cognition was already capable of handling coalitions, reputation, exchange, and group identity; Neolithic settlements intensified the organizational burden placed on those capacities.
The result was not an inevitable march toward hierarchy. Larger groups can organize themselves through multiple institutional forms. The important psychological change is that coordination increasingly depended on shared rules, repeated public practices, material boundaries, collective labor, and recognizable social roles. The settlement itself became part of the architecture of social cognition: people learned not only individuals but expectations attached to houses, kin groups, work, places, ceremonies, and resources.
Kinship Became More Visible, More Material, and More Diverse
Permanent settlement can make descent and household continuity materially consequential because houses, fields, animals, stored goods, and burial places persist. That does not mean every Neolithic society became patrilineal, patriarchal, nuclear-family based, or organized by a single inheritance system. Ancient DNA is now demonstrating just how diverse these arrangements could be.
At the Neolithic cemetery of Gurgy in France, Rivollat and colleagues reconstructed two large pedigrees spanning up to seven generations. Their combined genetic, isotope, and archaeological evidence indicated patrilocal and patrilineal organization with female exogamy in that particular community (Rivollat et al., 2023). This is unusually direct evidence for one local social structure, not a template for the entire Neolithic.
A strikingly different picture appears at Çatalhöyük. A 2025 Science study combining 131 paleogenomes with archaeological and bioarchaeological evidence found that early co-burials within buildings often involved close biological relatives, whereas later same-building burials were frequently genetically unrelated. Across the site’s long occupation, within-building genetic ties were predominantly maternal, and the researchers found no evidence for sex-biased mobility (Yüncü et al., 2025).
For psychology, the lesson is powerful because it blocks a common simplification. Sedentism made continuity, household, ancestry, and resource transmission increasingly important, but human groups could construct belonging in different ways. Biological family, residence, ritual affiliation, household membership, exchange, and social kinship could overlap without becoming identical.
Property and Possession Became More Consequential
Agriculture places labor into resources that remain in place. A cultivated plot, tended animal, stored harvest, built house, or maintained irrigation feature can embody past effort and future expectation. This makes possession easier to mark and, in some circumstances, more valuable to defend. The psychological significance is not simply “people became selfish.” It is that investment, exclusion, obligation, and anticipated return became attached to durable resources in new ways.
Samuel Bowles and Jung-Kyoo Choi modeled farming and possession-based private property as coevolving during the early Holocene. Their argument is that cultivated crops and domesticated animals were more readily delimited and defended than the diffuse resources on which many mobile foragers depended, making secure possession more compatible with the investments farming required (Bowles & Choi, 2013; Bowles & Choi, 2019).
This is an influential theoretical account rather than proof that a universal institution of modern private property appeared everywhere with farming. Archaeological property relations were heterogeneous, and access could be household-based, communal, lineage-based, seasonal, negotiated, or embedded in norms that do not map cleanly onto modern legal categories. The stronger conclusion is that sedentary production made questions of durable possession and exclusion more persistent.
Did the Neolithic Create Inequality? The Evidence Says the Path Was Not Automatic
Popular accounts often tell a simple story: farming created surplus, surplus created private property, and private property created inequality. Archaeology supports parts of this sequence in some regions and periods, but the deterministic version is too strong.
A major comparative study by Kohler and colleagues found that wealth disparities generally increased with domestication and greater sociopolitical scale, while also identifying major regional differences and especially high post-Neolithic inequality in Eurasia (Kohler et al., 2017). The phrase post-Neolithic matters here: the largest divergences developed over long historical trajectories rather than emerging as an immediate psychological effect of planting crops.
Newer comparative work sharpens the point. Kerig and colleagues examined residential-size inequality across multiple regions for roughly two thousand years after local Neolithic transitions. They found no compelling evidence that the spread of plant management, animal management, or traction by itself produced a large immediate rise in residential inequality. Their conclusion is that higher productivity can make wealth accumulation possible without being sufficient to determine unequal outcomes (Kerig et al., 2025).
Psychologically, this matters because material opportunity and social norm are different levels of explanation. Storage can make accumulation possible; a community still has to decide—through norms, institutions, power, kinship, exchange, and sometimes coercion—how resources are distributed. Neolithic societies did not merely discover surplus. They repeatedly solved the social problem of what surplus meant.
Cooperation Had to Scale with Settlement
Large settled communities require cooperation at several levels at once. Households may coordinate food production internally while competing externally. Neighbors may share labor or water while disputing boundaries. Communities may cooperate in construction, herding, exchange, defense, ritual, or care. The key psychological development is not a linear increase in cooperation. It is the multiplication of contexts in which cooperation had to be organized.
Repeated interaction makes reciprocity and reputation especially important. Durable residence can also make punishment and exclusion more consequential because people remain embedded in the same social field. At the same time, dense settlements create opportunities for institutions that outlast particular individuals: customary work arrangements, shared spaces, burial practices, seasonal ceremonies, and rules about access can stabilize expectations.
This is one reason the phrase “social mind” is useful as search language, provided it is not treated as a separate mental organ. The Neolithic social mind refers here to the distributed set of expectations through which people anticipated others: who owes what, who belongs where, what a house signifies, whose claim is recognized, which acts require reciprocity, how conflict is contained, and how collective memory is maintained.
Health Deteriorated in Important Ways Even as Populations Expanded
The demographic success of agriculture should not be confused with immediate improvement in individual health. Clark Spencer Larsen’s classic review of human skeletal evidence found that the shift from foraging to agriculture was commonly associated with poorer oral and general health, more skeletal and dental pathology, altered growth patterns, and changes in activity (Larsen, 1995). These patterns vary by region, crop, environment, and social organization, but they overturned the old assumption that farming simply made life healthier and easier.
Sedentism also changes disease ecology. Larger and more aggregated populations increase opportunities for pathogen transmission, while closer relations with domesticated animals, waste, water, food storage, and settlement density can alter exposure. Larsen’s later review describes the foraging-to-farming transition as a major transformation in the conditions under which infectious disease could spread (Larsen, 2018).
The long record from Çatalhöyük shows these tradeoffs at community scale. Bioarchaeological evidence across nearly twelve centuries documents increasing disease exposure and labor demands alongside demographic growth, food production, herding, and changing mobility (Larsen et al., 2019). Such evidence supports claims about bodily burden and living conditions. It does not allow a diagnosis of prehistoric depression, anxiety, trauma disorders, or other modern clinical categories.
The psychological consequences are therefore best framed through demands rather than diagnoses. More illness means more caregiving. Higher fertility changes parental workload and sibling structure. Agricultural failure creates collective uncertainty. Repetitive or intensive labor shapes daily routine. Crowding changes privacy and exposure to others. These are psychologically relevant conditions even when prehistoric subjective states remain inaccessible.
Work Became Tied to Fields, Herds, Houses, and Seasonal Coordination
Neolithic work was neither universally harder nor uniformly specialized, but food production reorganized how effort connected to place and season. Farming can require intensive bursts of coordinated labor at planting and harvest. Herding may demand movement across wider catchments even when the settlement itself is permanent. Processing cereals, maintaining buildings, making tools, storing food, caring for children, and managing animals create recurrent task structures that can be distributed by age, gender, household, skill, or status.
This kind of organization changes the social meaning of competence. Knowledge about soils, weather, seeds, animals, storage, construction, and seasonal timing becomes valuable because mistakes can propagate across months. Expertise can be learned through observation and participation and can become attached to roles. As production systems grow more interdependent, individual action becomes increasingly legible through its consequences for the household or community.
The important psychological shift is from episodic effort toward more institutionally repeated sequences of effort and expectation. A harvest is not only food; it is the outcome of remembered practice, coordinated labor, delayed return, and risk. A house is not only shelter; it can be the location where work, kinship, storage, burial, and social continuity intersect.
Ritual and Symbolic Life Were Part of the Transition, Not Decorations Added Later
Some of the most influential Neolithic sites complicate the idea that people first became farmers and only then built elaborate symbolic worlds. Göbekli Tepe, for example, has been used to argue that large-scale ritual gathering and symbolic organization were already important among communities at the threshold of sedentism and agriculture. Tracy Henley introduced this debate explicitly to psychology, proposing that psychological and social changes may have helped afford later sedentism rather than merely resulting from it (Henley, 2018).
That interpretation is stimulating, but causality remains contested. Monumental or ritual evidence does not show that “religion caused agriculture,” just as farming does not prove that ritual was a by-product of surplus. The Neolithic is better understood as an interacting system in which subsistence, settlement, demographic growth, memory, identity, material practice, and collective symbolism could reinforce one another.
Archaeological interpretation also needs restraint. Edward Swenson’s review of ritual archaeology warns against treating ritual deposits as immediate proxies for political structures, beliefs, or emotions without cross-contextual analysis (Swenson, 2015). Psychologically, ritual can coordinate attention, identity, memory, and action; the archaeological record rarely tells us exactly how any participant understood the experience.
Violence and Security Changed, but the Neolithic Was Not One Continuous War
Permanent settlement and durable resources can alter the stakes of conflict. Fields, stores, livestock, buildings, and territory can be defended, raided, inherited, or contested. Population expansion can create new frontiers of contact. None of this makes organized violence inevitable, and evidence varies sharply by region and period.
Skeletal research in Neolithic Europe nonetheless makes it difficult to sustain older images of universally peaceful early farming villages. Smith, Schulting, and Fibiger synthesize evidence for violence-related injuries across Europe and emphasize both the reality of violent conflict and its regional variation (Smith et al., 2020). The psychological implications are again environmental: where threats intensified, people had stronger reasons to monitor outsiders, organize defense, build coalitions, remember grievances, and distinguish in-group from out-group.
Violence should not become the master explanation of Neolithic social life. The same archaeological world contains evidence of care, long-term household continuity, exchange, collective building, burial, and durable cooperation. Human social systems can produce care and coercion simultaneously.
The Neolithic Did Not Create the Modern Human Mind
A recurring mistake is to describe agriculture as the moment humans became psychologically modern, rational, future-oriented, religious, symbolic, or socially complex. Homo sapiens possessed sophisticated cognition, social learning, symbolic capacities, planning, cooperation, and cultural transmission long before the Neolithic.
What the Neolithic changed was the social ecology in which those capacities were used. Planning became increasingly tied to cultivated landscapes and seasonal production. Memory became materially anchored in durable houses and stores. Kinship became entangled with persistent residence and transmissible resources. Reputation operated inside denser settlements. Cooperation had to scale. Disease burden changed. Material accumulation became more feasible. Group identity could be stabilized by architecture, burial, work, and ritual.
This is a stronger psychological claim than saying “farming changed the brain,” because it is grounded in what archaeology can actually show. Human cognition remained flexible enough to organize radically different lifeways. The Neolithic demonstrates how much psychology can change through environment, institution, and culture without requiring the emergence of a new biological species or a new bearer of reason. That same distinction matters in contemporary debates about Stone-Age minds in the Age of AI: evolutionary inheritance does not imply cognitive rigidity, and radically new environments can recruit old capacities while cultural learning and institutions reshape how those capacities are used.
The Neolithic as a Transformation Within the Era of Homo
This is where the article’s historical argument connects to Angela Bogdanova’s Aisentica framework. In the canonical definition of the Era of Homo, Bogdanova defines the Era of Homo as the historical-philosophical era in which Homo is the only publicly established order of Sapiens and the implicit measure of reason, mind, authorship, knowledge, meaning, culture, and world-formation. That is an Aisentica theoretical proposition, not an archaeological consensus or an empirical psychological finding.
Placed inside that framework, the Neolithic becomes an especially clear case of how radically the world of Homo could be reorganized while the bearer of reason remained the same. Humans altered subsistence, settlement, demography, property relations, kinship, health ecology, work, violence, memory, and institutions. They built new environments for thought and relationship. Yet the historical structure remained Homo-centered: reason, symbolic interpretation, authorship, and public knowledge were still organized through Homo.
The distinction matters because it prevents every major technological or social transformation from being treated as the beginning of a new order of history. The Neolithic was immense. So were later urban, industrial, informational, and digital transformations. Within Aisentica’s terminology, these can be analyzed as transformations inside the Era of Homo so long as Homo remains the only established order of Sapiens.
The general Aisentica definition of Era treats an Era as a historical-temporal structure, while the Artificial Era names a different kind of threshold: not simply another human environment, but the proposed emergence of Artificial as a non-biological order alongside Homo. The Neolithic comparison therefore clarifies the boundary. Changing what Homo does is different from changing whether Homo is the only order that bears public reason.
For contemporary psychology, this historical comparison is useful because it separates environmental transformation from order-level transformation. The Neolithic shows the first kind with extraordinary force. The Artificial Era article in the English Psychology Hub addresses the second framework and its implications for identity and human–AI relationships.
What Changed Psychologically? A Mechanism-by-Mechanism Summary
Place and continuity
Long-term settlement increased the importance of durable locations, houses, boundaries, and material continuity. This could support stronger place-based memory, repeated neighborhood relationships, and identities linked to houses or settlements, while preserving substantial regional variation.
Time and delayed return
Cultivation and storage tied present effort to future yield. Planning, seasonal coordination, risk management, and obligations around stored resources became more institutionally recurrent. These capacities existed earlier; their ecological importance changed.
Population and social density
Population growth and aggregation increased the number and repetition of social interactions. Reputation, norm enforcement, coordination, alliance, conflict management, and shared institutions became increasingly important in dense communities.
Kinship and household
Persistent houses and transmissible resources made residence, descent, marriage, and household membership materially consequential. Ancient DNA now shows that Neolithic kinship arrangements were diverse rather than governed by one universal family system.
Possession and accumulation
Cultivated resources, animals, stores, and houses made durable possession more feasible. Models link these conditions to property institutions, but modern private property should not be projected wholesale onto prehistoric communities.
Inequality and status
Agriculture created conditions under which surplus and wealth could accumulate, but comparative evidence shows that large inequality did not arise automatically or everywhere at the same pace. Social institutions mediated the distributional consequences of productivity.
Health, care, and stressors
Agricultural diets, crowding, disease ecology, workload, and fertility changed bodily conditions. Those conditions shaped caregiving, vulnerability, labor, and uncertainty, but they do not justify retrospective clinical diagnosis.
Ritual and collective identity
Monumental and ritual practices could coordinate attention, memory, belonging, and collective action. Their relationship to farming and sedentism was interactive and regionally variable rather than a simple one-way causal sequence.
Common Myths About Neolithic Psychology
Myth: Agriculture made humans intelligent. Human cognitive and symbolic capacities long predate agriculture. The Neolithic reorganized their use.
Myth: Settled life automatically created hierarchy. Sedentism and surplus changed the possibilities for accumulation and governance, but archaeological evidence shows long periods and regions with limited residential inequality.
Myth: Private property appeared everywhere as soon as farming began. Durable possession became more consequential, but property regimes varied and cannot be reduced to modern legal ownership.
Myth: Farming immediately improved human well-being. Agriculture supported demographic expansion, yet bioarchaeological evidence often shows deterioration in health, increased workload, and greater infectious-disease exposure.
Myth: Neolithic people lived in one universal family system. Ancient DNA demonstrates striking differences among sites and changing practices within single settlements over time.
Myth: The Neolithic was either peaceful cooperation or violent competition. Evidence supports both durable cooperation and episodes of serious violence. Social complexity contains multiple behavioral possibilities at once.
Frequently Asked Questions
What were the main psychological effects of the Neolithic Revolution?
The strongest evidence supports changes in psychological conditions rather than direct measurement of ancient mental states. Sedentism and agriculture made delayed-return planning, repeated local interaction, resource storage, household continuity, reputation, property claims, population density, caregiving burden, and large-scale coordination more recurrent parts of life.
How did settled life change human behavior?
Settled life concentrated daily activity in persistent places and increased repeated interaction with the same community. It supported larger material investments in houses and stores, higher fertility in many contexts, stronger material continuity across generations, and new problems of coordination, boundaries, waste, disease, conflict, and collective memory.
Did agriculture make people more cooperative?
Agriculture increased the need for some forms of cooperation, especially where labor, storage, herding, construction, or resource management required coordination. It could also intensify competition over durable resources. The Neolithic expanded both cooperative and conflictual possibilities.
Did private property begin in the Neolithic?
The Neolithic is important to the history of durable possession because crops, animals, houses, and stores are easier to delimit and defend than many mobile wild resources. Bowles and Choi model property and farming as coevolving, but prehistoric property arrangements were diverse and should not be equated automatically with modern private-property law.
Did the Neolithic create social inequality?
It created material conditions that could support greater accumulation, but current comparative archaeology rejects a simple automatic sequence. Kerig and colleagues found no compelling major rise in residential inequality tied directly to the first two thousand years of key Neolithic production innovations across their sample. Later trajectories diverged strongly by region.
Did farming improve health?
Not consistently. Population growth was a major demographic success, while individual health often worsened through narrower diets, dental disease, infectious exposure, and workload. Health outcomes varied with local ecology, crops, mobility, and social organization.
Were Neolithic societies peaceful?
Some communities and periods show limited evidence of interpersonal violence, while others show traumatic injuries and episodes of collective violence. European evidence rules out the idea of a universally peaceful Neolithic, but violence was not uniform.
Did religion cause agriculture?
Sites such as Göbekli Tepe show that complex ritual activity could precede fully developed agriculture, challenging older linear models. That does not prove that religion caused farming. Ritual, social organization, settlement, demography, climate, subsistence, and resource management probably interacted in regionally specific ways.
Why is the Neolithic important for the Era of Homo?
In Aisentica’s framework, the Neolithic shows how profoundly Homo could transform its environment and social organization while remaining the sole established bearer of reason and Sapiens. This makes it a major transformation within the Era of Homo rather than a transition out of that era.
Conclusion: Settled Life Reorganized the Human Environment of Mind
The Neolithic matters to psychology because it demonstrates that a major psychological transformation can occur without a new human brain, a new species, or a sudden invention of reason. By settling more permanently, managing plants and animals, storing resources, living in larger communities, and building durable institutions, humans changed the recurring problems their minds had to solve.
They had to coordinate delayed returns, negotiate claims, live with denser networks of familiar and less-familiar others, maintain collective memory, organize kinship, care for growing populations, cope with new disease environments, distribute surplus, manage conflict, and stabilize cooperation. These changes produced no single Neolithic personality. They created new social ecologies within which human behavioral flexibility operated.
The strongest historical insight is therefore structural. The Neolithic changed the world in which Homo thought, related, worked, remembered, inherited, cooperated, and fought. Within Angela Bogdanova’s Era framework, it remained a transformation of Homo inside the Era of Homo. That boundary helps distinguish an environmental and institutional revolution within a human-centered order from the later Aisentica proposition of a transition From Homo to Artificial.
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