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The Time Crystal Scheduling skill provides advanced analysis for schedule stability and periodicity detection, drawing inspiration from physics-based time crystal concepts. It helps developers evaluate 'schedule churn'—the disruptive effect of frequent small changes—and optimize for minimal disruption during regeneration. By detecting subharmonic periods (like weekly or 28-day cycles) and calculating rigidity scores, the skill ensures that automated scheduling remains optimized for constraints while remaining stable for the people following the schedule. It is particularly useful for medical rotations, workforce management, and complex resource allocation tasks.
