The Six Pillars of the RIM as an Explanation of Dynamic Interplay
The Resonance-Inference Model (RIM) provides a comprehensive framework for deciphering the complex functioning of the dynamic self-pattern. It translates Gallagher's processual "gestalt" into the language of systems dynamics, explaining how the various components of the self interact to create coherence and enable change. The RIM is based on the integration of six theoretical pillars that work together as puzzle pieces to explain the emergence, maintenance, and transformation of psychological patterns. In particular, it uses the Free-Energy-Principle (FEP) as an overarching mechanism that describes the brain in a constant state of prediction and error correction. It extends Gallagher's model with a spiritual dimension that serves as a higher-level narrative of meaning and represents a powerful source of sustainable change.
Free-Energy-Principle (FEP) and Predictive Processing (PP) by Karl Friston
The brain is not a passive camera that objectively records the world. It is an active prediction machine that continuously generates hypotheses about the causes of its sensory inputs. This process, known as predictive processing, is based on the overarching Free-Energy-Principle. The brain continuously generates predictions (so-called priors) about the likely causes of its sensory inputs to minimize the difference between these predictions and the incoming sensory data—the prediction error. This process of constant hypothesis testing is crucial for the so-called “sense of self.” The minimization of prediction error is not just a passive correction but the driving force behind all cognitive processes and actions.
The Markov blanket, a statistical boundary, separates a system—such as the self—from its environment. It consists of sensory and active states and is the neurobiological basis for the feeling of "mineness." It defines what belongs to the “I” and what belongs to the “world,” while also forming the informational interface that enables interaction. The system uses two complementary strategies to reduce prediction error. Perceptual inference is the first strategy: The internal model is updated to better fit the incoming sensory data. An example of this is when you see a shape in the dark that you initially interpret as a coat. As you get closer and recognize details, your brain updates its internal model and recognizes that it is actually a tree. Active inference is the second strategy: Here, the system actively changes the environment to confirm its predictions. Instead of adjusting the internal model, the brain acts to make the world match its expectations. An example of this is when you see a dirty table. Your brain predicts that it should be clean, and active inference drives you to clean it to confirm the prediction.
Suffering arises when these mechanisms become dysfunctional. The narrative component plays an outstanding role here by providing the system with a coherent story. It "explains" the prediction errors and can re-embed them (Gallagher, 2023). Change here means updating these predictive models through new, resonant experiences that correct rigid predictions.
Spatio-Temporal Brain Dynamics by Georg Northoff
Northoff (2023) describes the self not as a static structure but as a dynamic spatio-temporal pattern formation in the brain, mediated by the activity of the cortical midline structures. This interplay is crucial for the coherence of the sense of self. Disturbances of the self-pattern are here an expression of disturbances in spatio-temporal dynamics, such as patterns that are too rigid or too chaotic. Northoff argues that the connection between brain and psyche is best understood through a "common currency": topography and dynamics. Topography describes the spatial organization of the brain and its neural networks, especially the Default Mode Network (DMN), which plays a central role in self-related processing. Dynamics, on the other hand, describes the temporal pattern of neuronal activity, such as oscillations and rhythms. These two aspects—where something happens in the brain and how it unfolds over time—are fundamental for the constitution of the sense of self.
From this perspective, the self is not understood as a fixed location but as a continuous process that is constantly re-constructed through re-entrant loops of activity. Pathological patterns in this dynamic can manifest in two opposing ways: as rigid and overly stable patterns (hyperconnectivity), which are evident in obsessive thinking or rumination, or as overly chaotic and unstructured patterns (hypoconnectivity), which can lead to feelings of fragmentation or alienation, as found in psychotic or dissociative disorders. The goal of therapy is to break up these dysfunctional patterns and restore the healthy, adaptive spatio-temporal dynamics of the brain that enable a flexible and coherent self-organization.
Fractal Affect Logic by Luc Ciompi
Ciompi (2021) views affects not as mere reactions but as complex patterns that link cognitive, emotional, and bodily processes. These affect-logical patterns are fractally organized, which means that certain emotional signatures repeat themselves on different levels. This ranges from subtle bodily sensations, such as an accelerated heart rate or muscle tension, to macroscopic behaviors such as social withdrawal or aggression. This fractal structure provides the energetic motor for the system's dynamics and explains why certain emotional patterns that are dysfunctional on one level can spread and solidify throughout the entire system.
The RIM identifies the “free energy” of the FEP directly with the experienced emotional tension that motivates the system to change. A high prediction error—the discrepancy between expectation and reality—is experienced as an affective, often unpleasant tension (e.g., anxiety, frustration). To reduce this tension, the system becomes active and tries to change either the world or its internal models. Disorders arise when these affective patterns solidify and take on a rigid, inflexible structure that no longer allows new information to enter. The RIM uses this concept to explain the dynamic patterns of the self-pattern components that manifest in affective, cognitive, and behavioral patterns. It provides a starting point for not suppressing emotional tension but using it as a signal for the need for change.
Synergetics by Hermann Haken, Wolfgang Tschacher, and Günter Schiepek
Synergetics describes how complex systems self-organize and how new, emergent properties arise from the interaction of their individual parts (Haken, 1983; Schiepek & Tschacher, 2016). The self-pattern is such a synergetic system. The various self-pattern components (body, feeling, narrative, etc.) interact as subsystems. Change in therapy is a process of self-organization, a phase transition in which the system moves from a rigid, pathological state (a stable attractor) to a new, more flexible and healthier attractor. Such a phase transition is described by the neurophysiological concept of criticality, a high-energy, unstable state "at the edge of chaos" in which a fundamental reorganization becomes possible. Criticality is a universal characteristic of complex systems in which the elements of a system are just so networked that they can optimally process information and adapt to new conditions. The tipping point is therefore not a failure but a necessary mechanism of transformation. Achieving this state requires the targeted management of the affectively charged balance between excitatory and inhibitory control systems in the brain, which is considered a central mechanism of therapeutic catalysis. This management is also a prerequisite for the development of complex patterns such as compassion without falling into empathic distress.
Consistency Theory of Needs Psychology by Klaus Grawe
Grawe (2004) postulates four basic needs—attachment, orientation and control, self-esteem enhancement, and pleasure-pain avoidance—whose satisfaction or frustration significantly influences psychological well-being. From this perspective, disorders arise from inconsistency, i.e., from the simultaneous activation of contradictory schemas that lead to a chronic internal conflict. A person with a strong need for attachment who has simultaneously internalized the firm belief that interpersonal relationships are dangerous experiences a painful inconsistency. The resulting ambivalence is a constant source of inner tension.
The RIM integrates Grawe’s theory by viewing the self-pattern components as a dynamic expression of the organism's efforts to satisfy these fundamental needs. Grawe’s basic needs are interpreted in the RIM as hierarchically arranged priors of the generative model. They represent the brain’s deepest assumptions, on the basis of which it makes predictions about the environment and its own behavior. Suffering here is the phenomenological experience of a chronic “inconsistency experience”—when reality contradicts the priors based on need violation. This constant discrepancy generates a relentless prediction error that, in the absence of a coherent, reordering narrative, cannot be resolved and traps the entire system in a rigid, pathological attractor. Therapy therefore aims to reduce inconsistency experiences by replacing dysfunctional schemas with new, more consistent models.
The Narrative Self and Complex Patterns: The Role of Coherence and Compassion
The narrative self-pattern component, emphasized by Gallagher, takes on a special role in this complex interplay as a kind of “integrating and coherence instance.” It is the system’s primary tool for understanding itself and interpreting its inner and outer world. The pattern theory of compassion developed by Gallagher, Raffone, and Aglioti (2024) provides concrete evidence for this principle. It postulates that compassion is not a single, monolithic affect but a complex pattern that is dynamically composed of various components—physiological, cognitive, affective, intersubjective, and motivational processes. These components interact non-linearly to form a unique, emergent state. The compassion pattern requires a high level of competence in emotion regulation in order not to end in empathic distress and can therefore be understood as a pattern that operates in a state of criticality.
The narrative self-pattern functions in this context as an order parameter in the sense of synergetics. It is the tool with which the system coordinates these complex patterns like compassion, gives them meaning, and integrates them into a coherent life story. This helps to illuminate the agency-oriented role of the narrative self, as it allows the system to explain prediction errors and maintain coherent order. Gallagher himself emphasizes that the self-narration can reflect the order or disorder of the self-pattern almost like a "fingerprint.” In this sense, the narrative self is not a static script but a dynamic filter that either integrates new experiences into the existing narrative or dismisses them as “erroneous” to preserve internal consistency. The therapeutic work consists of making this filter more flexible through targeted interventions. The reordering of the narrative self-pattern can contribute to understanding complex patterns such as compassion and integrating them into a coherent life story. For example, developing compassion for oneself or others can establish a new “character role” in the patient’s personal history that steers the entire self-pattern in a prosocial direction.
The Interplay of the Pillars for the "Sense of Self"
The "sense of self" in the RIM does not arise from a single pillar but from the synergetic interaction of all components. The interplay of these forces is an emergent, self-organizing process that results from the dynamic coupling of the subsystems. The spatio-temporal brain (Northoff) provides the dynamic "stage" on which the fractal affect logic (Ciompi) acts as the energetic motor, emotionally charging the system and driving it toward change. The Free-Energy-Principle (FEP) describes the formal process by which the brain, through prediction errors, tries to regulate this dynamic to satisfy the basic needs (Grawe). The narrative self-pattern (Gallagher) serves as a conscious lever to recognize and rewrite these predictive models, while synergetics describes the phase transitions and self-organization of the entire system. These pillars do not work one after the other but simultaneously in a complex network. For example, a new value-based narrative (Gallagher) can not only change cognitive predictions but also influence the fractal affect patterns (Ciompi) and the neuronal dynamics (Northoff). Only in the interplay of these forces—the stage, the motor, the formal process, the psychological motivations, the conscious lever, and the overarching dynamics—can a coherent, dynamic gestalt of the self form, which manifests as the "I" or "me." It is the unique, resonant interaction of these subsystems that gives the individual a sense of continuity and unity, even in times of change.