microscope.md

(Green‑zone draft)

Microscope#

Microscopes magnify small structures using optical, electron, or scanning principles. Their measurement behavior is stable, predictable, and grounded in well‑characterized physical interactions.

Dimensional Core (SET)#

• Spin: not relevant
• Elec: relevant for electron and digital systems
• Temp: minor influence on focus stability and material behavior

Why Green‑Zone#

Microscopes operate in a clean, coherent optical or electronic regime.
Their measurement principles are direct, substrate‑agnostic, and mathematically well understood. Calibration is stable, and environmental sensitivity is predictable.

Regime Notes#

• pos‑regime: stable illumination, steady sample, controlled environment
• Q‑regime: thermal drift, vibration, refractive index changes
• neg‑regime: unstable samples, rapid motion, coherence loss (electron/laser systems)

Alignment Notes#

Already aligned.
Explicit notes on vibration control and thermal stability improve precision but require no conceptual changes.