We propose a novel framework for self-aware artificial intelligence that integrates continuous high-dimensional “qualia” encoding, predictive novelty gating, and neuromorphic spiking‐binding into a unified cognitive loop. Incoming sensory, interoceptive, and ethical signals are mapped into a 27-dimensional embedding space, where a dynamic cosine‐similarity threshold modulated by model uncertainty—governs selective memory storage. Stored qualia interact via attraction and repulsion forces, yielding emergent clusters that organize episodic content. A spiking‐neuron substrate computes an integrated‐information proxy (Φ), triggering binding events and a simulated global‐workspace broadcast whenever Φ exceeds a threshold.