Based on the sources provided, particularly Alicia Juarrero’s Dynamics in Action and Context Changes Everything, narrative (hermeneutic) explanation is necessary for systems with history dependence because these systems function as open, complex adaptive systems rather than closed, linear mechanical systems. Standard scientific explanation (deductive-nomological) relies on universal laws and predictability, which fail when applied to systems that are fundamentally historical, context-dependent, and unique.

Here is a detailed breakdown of why narrative is required:

1. The Failure of Universal Laws for Unique Trajectories

Traditional scientific explanation attempts to subsume specific events under universal laws to predict outcomes. However, complex systems are sensitive to initial conditions and are “historically and contextually embedded”[1].

Irreducibility of the Particular: Complex systems, such as biological organisms or human agents, trace unique trajectories through time. Because they are sensitive to initial conditions, even infinitesimally small differences at the start can lead to dramatically different outcomes, making precise prediction impossible[2]. Therefore, a general law cannot explain this specific outcome; only a narrative that reconstructs the specific, singular path taken can explain why the system arrived at its current state[3].

No “View from Nowhere”: Traditional science attempts to explain phenomena sub specie aeternitatis (from the perspective of eternity), abstracting away time and context[4]. However, for systems with history dependence, “time and context are the crucially necessary cues for decoding” meaning[5]. Narrative respects the specific temporal and spatial point of view that is essential to the system’s identity[6].

2. Explaining Phase Transitions (Bifurcations)

A critical reason narrative is necessary is to explain phase transitions (or bifurcations)—moments where a system radically reorganizes itself.

The Continuity Problem: Between stable states, a system follows a predictable dynamic. However, when a system is pushed “far from equilibrium,” it may undergo a sudden, discontinuous reorganization (a phase change)[7]. There is no one-to-one relationship between the dynamics of the old regime and the new one; the new organization cannot be deduced or predicted from the old one[8].

Retrospective Reconstruction: Because these shifts are unpredictable and discontinuous, they can only be explained retrospectively[7]. A narrative is required to trace the “genealogy” of the change, describing the specific fluctuations and contextual constraints that pushed the system over the threshold[9]. For example, explaining how an alcoholic suddenly stops drinking (a phase change in character) requires a story about the unique crisis point, not a general law of psychology[10][11].

3. History is Sedimented in Structure

For complex systems, history is not just a sequence of past events; it is physically embodied in the system’s current structure.

Carrying History on Their Backs: Unlike the reversible particles of Newtonian physics or near-equilibrium thermodynamics, which “forget” their initial conditions, complex systems “carry their history on their backs”[12]. Their current internal dynamics (constraints) are a record of past interactions with the environment[13].

Sedimentation: Past experiences and context-dependent constraints become “sedimented” or “entrenched” into the system’s organization[14][15]. To explain the system’s current behavior, one must narrate the history of this sedimentation—how specific past interactions established the constraints that now limit and guide the system[16].

4. The Logic of Hermeneutics Matches the Logic of Self-Organization

Juarrero argues that the logical structure of narrative interpretation (hermeneutics) mirrors the ontological structure of complex systems.

The Hermeneutic Circle: In narrative interpretation, one understands the whole text through the parts, and the parts through the whole[17]. Similarly, in self-organizing systems, the parts interact to create a global whole (bottom-up), which then constrains the parts (top-down)[17].

Isomorphism: Because the object of explanation (the system) functions via this recursive, inter-level causality (parts ↔ whole), the mode of explanation must also tack back and forth between local details and global structures[17]. Narrative provides this necessary flexibility, whereas linear deduction does not[18].

5. Tracking “Wayward” Causal Chains

In the specific context of human action, narrative is necessary to distinguish determining causes from accidental coincidences (noise).

Information Flow: To determine if an action was truly intentional (e.g., did the agent mean to do X, or did X happen by accident?), one must trace the information flow from the intent to the result[19]. This requires a historical reconstruction of the specific trajectory to ensure the behavior was “unequivocally constrained” by the intention throughout the process[20].

Contextual Nuance: Determining responsibility requires “filling in” the background, context, and mental state of the agent at the time of action[21]. Only a “thick” narrative description can capture the complex interplay of internal dynamics and external circumstances that constitutes an intentional action[22][23].

**Summary:**Narrative explanation is necessary because systems with history dependence are path-dependent, context-sensitive, and singular. Their current state is a result of a unique sequence of irreversible events (bifurcations) and sedimented constraints that cannot be captured by universal, time-reversible laws[24][25]. Narrative allows for the reconstruction of these unique trajectories, respecting the irreversible nature of time and the creative emergence of new forms of order[26].