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The Four Gates framework proposes that any transition from inaction to action passes through four sequential stages. First, we need access to information. Then, we must believe that information to be true. Next, our values must align with what the evidence demands. Finally, we need the means to act. Each gate depends on the previous one.

The journey through the gates is always personal. But the gates themselves are built by societies — through norms, institutions, discourse, and power. Societies can restrict access to information, silence dissent, enforce conformity of values, or strip people of the capacity to organize. In this sense the framework bridges two traditions in social thought: one that explains how structures reproduce themselves through individuals (Bourdieu), and one that asks how individuals break free from those structures to create something new (Deleuze & Guattari).

The Four Gates is a general theory of mind. Its applications range from education to political resistance — including the specific case of climate counterinsurgency.

Climate counterinsurgency describes how regimes and entrenched power structures weaponize the Four Gates to prevent environmental action. Each gate becomes a site of deliberate obstruction: suppressing data, manufacturing doubt, redirecting moral priorities, and dismantling the capacity to organize.

Amartya Sen showed that no functioning democracy has ever suffered a major famine — because open societies maintain the feedback loops needed to respond to crises. Climate counterinsurgency is the systematic destruction of these loops and of societies' capacities to respond.

It explains why scattered resistance fails and why strategic, gate-specific interventions are essential.

Read the working paper: doi.org/10.5281/zenodo.18109157

Traditionally, "hardness" has been associated with quantification, reproducibility, and predictive power. Physics, chemistry, and engineering exemplify this paradigm through their study of systems whose behavior can be described by stable laws and whose outcomes can be controlled through precise intervention. The social sciences and humanities, by contrast, have often been characterized as "soft" — accused of lacking the rigor, predictive capacity, or experimental control of their natural science counterparts. Yet this framing fundamentally misunderstands what changes as systems acquire new capacities.

The framework proposed here suggests that predictability and control decline not because inquiry becomes less rigorous, but because the systems under study incorporate qualitatively different capacities. At Levels 1–3 (inert, dynamic, and regulated systems), deterministic or probabilistic equations can describe behavior with considerable precision. Maxwell's stability analysis works for governors; thermodynamic laws govern chemical reactions; control theory enables engineering design. These achievements represent genuine scientific mastery within their appropriate domains.

But at Levels 4–6, systems learn, anticipate, and deliberate about legitimacy. They modify their own rules (Level 4), model possible futures and respond strategically (Level 5), and constrain action through normative principles that claim authority independent of outcomes (Level 6). The challenge for inquiry is not reduced rigor but increased dimensionality. What appears "soft" often reflects the integration of multiple modes of causality operating simultaneously: thermodynamic constraints, adaptive learning, strategic interaction, and normative deliberation may all shape the same phenomenon.

International targets fail because the models informing policy ignore human agency. Integrated Assessment Models explore what should happen but not how humans will actually behave, decide, and resist. Strategy games fill this gap. They are explicit, transparent models of how systems work — played by the stakeholders with power to change them.

Through gaming, policymakers experience the consequences of decisions before making them. They discover winners and losers, confront cognitive biases, and revise their mental models — not because someone told them to, but because surprise and emotion transform what they know into what they care about.

We have tested this in the field: FSC negotiators in Central Africa resolved a two-year gridlock after three days of play. Indonesian civil servants revised palm oil certification rules. Cameroonian smallholders created cooperatives on the basis of lessons drawn from a game.

But impact depends on who plays. Having farmers play will not change subsidies. Having students play will not change laws. The games must reach the people with power to reshape norms and policies — and then cascade through their networks and institutions.

Published in Garcia et al. (2022), Nature Sustainability.

In Conway's Game of Life, a configuration of five cells maintains its shape while displacing across the grid. We call it a glider. No individual cell does this. The arrangement glides — and gliding is visible only at the level of description where the pattern, rather than the individual cell, is the feature of interest. There is no production step between the cells and the gliding.

The same grammar applies to consciousness. If you arrange matter in a certain way, that arrangement feels. If you arrange it in a more complex way still, that arrangement is aware of its own feeling. The hard problem — why do physical processes give rise to experience? — encodes a production arrow between body and mind. But the physical and the phenomenal are not two items requiring a bridge. They are concentric circles: the outermost is physical reality, the middle is phenomenality (systems that actively represent their world), the innermost is consciousness (systems that actively represent their own representing).

Like the spandrels of San Marco, the hard problem is an artefact of decomposition, not a feature of reality. Dissolving the question doesn't dissolve the science — it replaces a permanently intractable puzzle with genuinely answerable ones: what kind of arrangement? What distinguishes a system with a world of its own from one that merely processes information?

Paper in preparation: Red's Ladder: Structural Monism and the Dissolution of the Hard Problem of Consciousness.