Quantum technologies are commonly analyzed in terms of their computational, communicative, and sensing capacities. This paper argues that their societal significance also operates at a conceptual level, through the diffusion of quantum-theoretical constructs into broader interpretive contexts. Concepts such as entanglement and non-separability challenge classical assumptions of separable systems and linear causation, thereby exposing limitations in prevailing frameworks that interpret relations between events as either causal or coincidental. In response, the paper develops a relational account of experience centered on experiential alignment, defined as the perception that internal states and external events converge meaningfully within a shared temporal and contextual frame without implying direct causal linkage. The claim is not that such experiences are governed by quantum mechanisms, but that quantum theory reveals the insufficiency of strictly causal models in accounting for them. This produces an epistemic mismatch in which formal explanatory frameworks remain grounded in causality, while interpretive practices increasingly accommodate relational understandings of meaning. The paper argues that this mismatch constitutes an underexamined dimension of the societal impact of quantum technologies. It concludes that addressing this condition requires extending beyond exclusively causal models of explanation toward frameworks capable of accommodating relational forms of interpretation.