Principal theory record · Version 1.2 · Phase 3

Intergenerational Goal Continuity and Social Evolution Theory

A proposed framework for examining how individual psychology, family influence, inherited priorities and changing social environments may interact across generations.

Read the Stage II framework Contact the author

Author: Toby William Duffield
Initial formulation: 12 July 2026
First publication: 21 July 2026
Current version: 1.2 · Phase 3 · 18 September 2026
Research status: Developing theoretical framework
Record identifier: ASU-IGC-001

Important status statement: this publication contains a developing theory, research questions and speculative predictions. It is not a peer-reviewed scientific conclusion. Status labels below distinguish established research domains from interpretation, working hypotheses, speculation and open questions.

The proposed theory

Continuity and change across generations

Human development occurs within biological, psychological, social and historical environments. Families and social groups may develop enduring priorities, ambitions, fears, values, narratives and unresolved conflicts. These influences may be transmitted—deliberately or unintentionally—through upbringing, expectations, material circumstances, education, social networks and repeated behaviour.

The theory uses goal continuity as an analytical term for recurring direction or priority. It does not imply that every relative shares one conscious objective, that behaviour is genetically predetermined, or that family history overrides individual agency.

Each person interprets and responds to inherited influences under different conditions. Continuity may strengthen, alter or end through choice, separation, social mobility, new relationships, institutional change, technological change, adversity or deliberate rejection of earlier values.

At societal scale, many interacting personal and group trajectories may contribute to changing institutions, norms and collective priorities. This proposed relationship requires empirical testing and must be compared with simpler or better-supported explanations.

1Environmental pressureSocial, institutional, economic and informational conditions

2Human responseAttention, learning, coping, reasoning and behaviour

3Transmission or rejectionFamily, culture, education, networks and personal choice

4Continuity or changePatterns persist, adapt, fragment or end

Stage II · conceptual extension

Social pressure, information environments and cognition

Stage II extends the original family-level proposal to ask how large-scale social structures and information environments may shape recurring patterns of attention, reasoning, threat response, aspiration and behaviour across generations.

Persistent uncertainty, competition, institutional control, unequal access, class or social separation, public messaging and technological change may affect what people learn to notice, value, fear or pursue. Those responses may then be culturally transmitted, modified or resisted.

Established evidence domain

Learning and social transmission

People learn through families, peers, institutions, culture and media. The specific ASU model is not itself established by that broader evidence.

Supported interpretation

Environments shape responses

Different social and information conditions can influence attention, expectations and behaviour, while individual outcomes remain variable.

Working hypothesis

Intergenerational pressure patterns

Sustained social-cognitive pressures may help generate recurring learned priorities and strategies across generations.

Open research question

Historical information control

How did wartime and later UK information environments interact with class, trust, authority and family-level transmission? This is a question, not a concluded historical claim.

AI extension

A new cognitive environment

Artificial intelligence may become a major component of the environment in which people learn, reason, work and organise socially. Human–AI interaction may redistribute cognitive effort and create new pressures affecting attention, skill acquisition, judgement, verification, dependence and institutional power.

The near-term research question is cultural and behavioural: whether sustained interaction with AI changes learned cognitive strategies and how those strategies are transmitted. Claims about biological evolution require a much higher evidential threshold and a timescale extending far beyond present observations.

Working hypothesis

Cultural and behavioural adaptation

AI-rich environments may influence which human skills are practised, delegated, rewarded or neglected. This is testable through longitudinal and comparative research.

Speculative hypothesis

Long-term biological change

Very long-term AI-related selection pressures might eventually contribute to biological change, potentially including neurological or anatomical traits. No present evidence establishes that prediction, and no particular physical outcome should be inferred.

Research discipline

Testing, limits and competing explanations

Operational definitions

Define “goal”, “continuity”, “pressure”, “adaptation” and “transmission” as observable constructs rather than metaphors alone.

Competing explanations

Compare the framework with social learning, cultural evolution, developmental psychology, behavioural genetics, socioeconomic persistence and institutional theory.

Disconfirming evidence

Specify findings that would weaken or falsify each proposition, including an absence of predicted continuity or stronger alternative explanations.

Individual variation

Account for siblings and communities exposed to similar conditions who develop substantially different beliefs, strategies and outcomes.

Research ethics

Use informed consent, data minimisation, privacy protection and independent ethical review where research involves people or sensitive records.

Limits of inference

Do not infer heredity from correlation, intent from repeated outcomes, or biological evolution from short-term cultural change.

Connected but distinct

The wider ASU research structure

Research practice

ASU Labs

Evidence, provenance, experiment records, methodology, governance and auditable documentation.

Visit ASU Labs Applied framework

Ace Scaffolding UK

Standards, access, communication, confidentiality, professional conduct and opportunity discipline.

Visit Ace Scaffolding UK Applied research proposal

Proposed Immigration Standards

An applied framework examining psychology, family influence, inherited priorities and changing social environments.

View proposed standards

Authorship and scope

Independent research record

Toby William Duffield is an independent researcher, project developer and technical documentation practitioner developing ASU LTD, ASU Labs and Ace Scaffolding UK as connected but distinct systems.

This website is the principal public record for Intergenerational Goal Continuity and Social Evolution Theory. It records the theory’s development, boundaries and revision history; it does not claim academic accreditation, institutional endorsement or peer-review status.

Copyright applies to the original written expression, structure, terminology, diagrams and graphics published here. It does not create ownership of abstract ideas, established facts, general subject matter, independent research or lawful criticism and review.

TWD

Toby William DuffieldIndependent Researcher & Project Developerasultd-legal@proton.me

Publication controls

Status key and version history

Established evidence: Supported in the wider literature; not evidence that every part of this framework is correct.
Supported interpretation: A reasoned interpretation consistent with evidence but open to alternative explanations.
Working hypothesis: A proposition intended for definition, testing and possible rejection.
Speculative hypothesis: A low-confidence, long-range possibility not established by current evidence.
Open research question: An issue identified for investigation without a predetermined conclusion.

Version	Date	Record
1.2 · Phase 3	18 September 2026	Controlled research programme, formal protocol route, evidence-to-claim map, structured literature-review method and external-review status added.
1.1 · Phase 2	18 September 2026	Stage II framework, evidence-status system, AI extension, research controls and connected-project structure added.
1.0	21 July 2026	Initial public website publication.

Phase 3 · controlled research programme

From conceptual framework to auditable testing

Phase 3 does not replace or restate the theory. It adds a controlled research route through ASU Labs: numbered propositions, defined competing explanations, evidence thresholds, disconfirmation criteria, a structured literature-review method and an explicit external-review status.

The literature review and independent review are recorded as work to be completed, not as completed validation.

Controlled method

Publication tools

Sources, citation and correction

Evidence context