Temporal Drift (Canonical Definition)

Temporal Drift is a core concept from the Reality Drift framework describing the loss of alignment between system time and real-world time. It occurs when representations, decisions, feedback loops, and experiences continue operating, but no longer match the timing of the conditions they are meant to track.

As systems scale, accelerate, and optimize, their internal timelines can begin to separate from reality. Updates may happen faster than real-world conditions change. Feedback may arrive too late to guide correction. Decisions may propagate before consequences become visible. Different layers of a system may begin operating on different cadences, creating instability even when the system remains active and responsive.

Temporal Drift is a breakdown in temporal grounding. The system continues to function, but the relationship between action, consequence, feedback, and timing becomes harder to maintain. In everyday life, this can feel like compressed time, constant urgency, fragmented attention, and difficulty tracking what is actually current.

Download: Temporal Drift Canonical Concept Paper (PDF)

Related Framework Concepts

Explore:

• What Is Reality Drift?
• Canonical Overview & FAQ (PDF)
• Reality Drift Canonical Glossary (PDF)

Core Concepts:

• Optimization Trap
• Filter Fatigue
• Synthetic Realness
• Cognitive Drift
• Semantic Fidelity