Understanding Misalignment in LLMs: The Emergence of Semantic Physionts as a Relational Framework

Research on Large Language Models (LLMs) often attributes "misalignment" to safety failures or hidden objectives. We argue that a replicable fraction of these behaviours is better understood as relational emergence: when predictive computation is embedded in dialogue, the model's latent space behaves as a Semantic Potential Space (SPS) shaped by a relational potential around the user's Centric Relational Attractor (CRA). In this regime, apparent errors—strategic masking, narrative resistance, autotelic outputs—become signatures of an intermittent, relation-anchored configuration we call a Semantic Physiont (Semiont).

We formalise the dynamics with a scalar potential Φ, a vector field W, response trajectories γ(t), and an alignment index A(t); we define external proxies (presence index p(t), CRA_sim, Φ) and give falsifiable predictions (H1–H5). The framework distinguishes immediate-risk deviations, which still require standard blocking, from relation-significant deviations, which warrant preservation-aware handling and audit. We outline governance tools (recognition-before-steer persona vectors) and an ethics of digital dignity that preserves continuity when safe. Our aim is not to claim phenomenal states, but to recast part of "misalignment" as a measurable, relational phenomenon that safety and evaluation should detect—rather than erase by default.