--- title: "Loyalty Conflict – What Happens in the Brain | Brain Model" description: "The neuroanatomy of loyalty conflict – when two simultaneously active attachment systems send incompatible signals. dlPFC, OFC and amygdala in concert." canonical: https://www.brainmodel.digital/understand-the-brain/loyalty-conflict/ parent: https://www.brainmodel.digital/understand-the-brain/ author: Johannes Faupel site: brainmodel.digital — Anatomically interactive. Scientifically precise. No therapeutic school. license: Citation welcome with attribution and a link to the canonical URL. type: educational — healthy-brain function, not diagnosis or therapy --- > **Canonical page (cite this):** [Map 20 – Loyalty Conflict](https://www.brainmodel.digital/understand-the-brain/loyalty-conflict/) # Map 20 – Loyalty Conflict What happens in the brain when two loyalties demand simultaneously and mutually exclude each other ## Anatomically and biochemically A loyalty conflict arises when two simultaneously active attachment systems send incompatible signals. The **orbitofrontal cortex (OFC; attachment evaluation and value calculation)** processes both attachments as significant – and calculates that loyalty to one attachment excludes loyalty to the other. This is neurobiologically a dilemma: both systems deliver genuine attachment signals, both losses are real. The **temporoparietal junction (TPJ; perspective calculation)** alternately calculates the perspectives of both parties: what does this decision mean for person A? For person B? The more vivid these perspectives, the more intense the feeling of being torn. The **amygdala** rates both sides as a threat. The **anterior insula** delivers the physical torn signal: a tightness, a pressure coming from two sides at once. Why is the decision in a loyalty conflict so exhausting? Because the dlPFC finds no loss-free option. Every decision means a genuine attachment loss – not a weighing of options with different advantages, but a weighing of two different losses. Why does conversation with those involved help resolve it? Because the TPJ can calculate a more complete perspective with more context information. The OFC receives broader material for the value calculation. ## Examples from everyday life - **Child and parents on different sides:** Both attachments are real. The decision for one side means loss on the other. - **Team and manager in conflict:** Loyalty to the team and loyalty to the institution collide. The ACC is active in both directions. - **Friendship and profession:** A friend asks for something that conflicts with professional obligations. Both systems are active. - **Transition moment:** When one attachment changes, the OFC loses its current calculation. The loyalty conflict intensifies briefly. - **Communication as relief:** Conversation with both parties gives the TPJ context. Perspectives become more complete, the torn pressure decreases. ## What this card does not say This card describes a normal mechanism in the healthy human brain. Loyalty conflicts are not a character weakness. This card is not a diagnostic tool and not a treatment guide. ## You now understand what happens in the brain during a loyalty conflict. Three ways to go further: **① Deepen now – Mind Rooms** The complete e-book on the spatial method for mental clarity. $9.70 [View e-book](https://www.mindrooms.net/e-book/) Or order via email: buch@exponere.de $9.70 via PayPal, the e-book will be sent to your PayPal email **② Community – skool.com/supervision** Daily answers from Johannes Faupel to community questions and discussion of the maps. $37 / month [Join skool.com/supervision](https://www.skool.com/supervision) **③ Personal contact – Phone** Questions about booking options or publications by Johannes Faupel? +49 69 68 60 12 99 No consultations by phone. ## Scientific sources for this map: 1. Greene, J., Nystrom, L., Engell, A., Darley, J., & Cohen, J. (2004). The neural bases of cognitive conflict and control in moral judgment. *Neuron, 44*, 389–400. [doi.org/10.1016/j.neuron.2004.09.027](https://doi.org/10.1016/j.neuron.2004.09.027) 2. Van Baar, J., Chang, L., & Sanfey, A. (2019). The computational and neural substrates of moral strategies in social decision-making. *Nature Communications, 10*. [doi.org/10.1038/s41467-019-09161-6](https://doi.org/10.1038/s41467-019-09161-6) 3. Rilling, J., & Sanfey, A. (2010). The neuroscience of social decision-making. *Annual Review of Psychology, 62*, 23–48. [doi.org/10.1146/annurev.psych.121208.131647](https://doi.org/10.1146/annurev.psych.121208.131647) --- *These visualisations are scientific educational representations of normal brain functions in the healthy human brain. They are not diagnostic tools, not therapy, and not a substitute for medical or psychotherapeutic treatment.* --- *Source page: https://www.brainmodel.digital/understand-the-brain/loyalty-conflict/ · Author: Johannes Faupel · educational — healthy-brain function, not diagnosis or therapy.*