Section 4: Resonance & Readiness (Q28–Q36)

This section explores how symbolic resonance and system readiness determine outcomes across agriculture, technology, and subtle human experience.

Q28. Why do certain fields experience pest attacks year after year despite rotation?
Entropy memory persists. Symbolic drift in soil phase remains unreset. Shunyaya enables deep-field realignment beyond chemical treatment, reducing ecological cost.

Q29. Why does customer churn increase even after positive reviews and good support?
The entropy curve was already declining. Shunyaya shows that symbolic resonance fades if not continuously re-aligned — customer departure often follows entropy, not dissatisfaction.

Q30. Why do energy costs rise in buildings that appear structurally efficient?
Symbolic misalignment — air, light, and material fields interfere. Shunyaya detects micro-drift in entropy circulation, identifying unseen design issues affecting energy flow.

Q31. Why do AI models degrade in accuracy over time, even without data loss?
Entropy divergence builds up — drift in user pattern, context, or feedback alignment. Shunyaya reveals this symbolic slope decay, allowing recalibration before breakdown.

Q32. Why do passengers experience nausea in one aircraft seat but not another, even in the same row?
Micro-entropy fields vary — vent motion, seat memory, or symbolic turbulence curves can misalign with the body. Shunyaya maps these subtle drifts.

Q33. Why do home devices fail more often during festive or high-energy periods?
Entropy surge from human activity affects power and motion rhythms. Shunyaya tracks symbolic overload — helping preempt device failures during phase-intensive periods.

Q34. Why does food taste different in large-scale kitchens compared to home kitchens using the same recipe?
Symbolic rhythm is disrupted. Large operations create phase misalignments in heat, motion, and intention. Shunyaya helps realign process entropy to retain flavor coherence.

Q35. Why do medical ventilators sometimes destabilize certain patients more than others?
Symbolic breath rhythm is unique. Shunyaya detects entropy mismatch between machine phase and body curve — enabling precision tuning for life-critical coherence.

Q36. Why do people feel an unexplained calm near old trees or silent rivers?
These spaces hold deep symbolic coherence. Shunyaya explains how aligned entropy in nature resonates with human memory fields, restoring subtle equilibrium.

[Proceed to Section 5 – Questions 37 to 45 – Symbolic Curiosity]