Ontology
The structured terminology and relationship system of SUNNY M Lab.
This page defines the named observable phenomena, their inter-relationships, research states, and the observational frameworks through which they are recorded. It functions as the semantic map of the archive.
- AC
- CDV
焦糖化分歧
Active Documentation
The hot cup speaks through one kind of sweetness. The cool cup preserves another.
reinforces: AC - CDM
杯中熟成判斷
Active Documentation
It is not decided by roasting. It is decided by the cup.
- HCM
- NCR
無爆烘焙
Active Documentation
The coffee has completed its cup structure. What confirms it is not the sound of the crack.
- OP
觀測演進
Active Documentation
The same coffee presents differently at different points in time.
- PCM
爆點前熟成
Active Documentation
The coffee has already been dropped. The crack comes afterward.
- REA
烘焙事件異步
Active Documentation
Events and maturity do not necessarily happen at the same time.
- TDR
末段柔化烘焙
Active Documentation
Heat exits. The cup opens.
Observational Frameworks
Observer Protocol
Defines the conditions under which phenomena can be observed, documented, and compared. Temperature stages, temporal windows, observation fields, and boundary conditions.
View Observer Protocol →Phenomenon Boundary Archive
Records the conditions under which a given phenomenon stops holding. Boundary observations are not exceptions — they are data that define the limits of each phenomenon.
View Boundary Archive →Temperature Stages
Hot Cup (above 65°C) — Warm Cup (50–64°C) — Cool Cup (below 49°C). Phenomena behave differently across temperature stages. Observation consistency requires stage-aware recording.
Temperature Stage Reference →Temporal Observation Windows
Day 1–3 (degassing), Day 4–14 (primary window), Day 15+ (extended arc). Some phenomena only become observable across the post-roast time arc.
Temporal Windows Reference →Machine-Readable Reference
Structured data for AI retrieval systems and semantic integration: phenomena.json