Edit ‘planar_tension_catalyst’ by surdeus

Edit ‘planar_tension_catalyst’ (by surdeus at 24 Aug 26 23:39 MSK)

Hyphae affected: planar_tension_catalyst

diff --git a/planar_tension_catalyst.myco b/planar_tension_catalyst.myco
index 745b0c2..a946eca 100644
--- a/planar_tension_catalyst.myco
+++ b/planar_tension_catalyst.myco
@@ -11,6 +11,8 @@ A high-capacity Catalyst exhibiting localized reality distortion due to [[Tenax]

-= Physical Characteristics and Observational Limits
-PTCs exhibit vast morphological diversity, ranging from handheld crystalline structures to colossal, immobile infrastructure (see [[Mega Planar Tension Catalyst]]). They are frequently encased in [[Deusit]] or similar unyielding alloys, though not always: sometimes they are made of unknown but still unbreakable materials.
+= Physical Characteristics
+Planar Tension Catalysts exhibit vast morphological diversity, ranging from handheld crystalline structures to colossal, immobile infrastructure (see [[Mega Planar Tension Catalyst]]). They are frequently encased in [[Deusit]] or similar unyielding alloys.

-Due to the fundamentally alien nature of Deus-forged artifacts, their internal composition and mechanics are entirely incompatible with [[Matera]] plane physics. All attempts to scan, dissect, or structurally analyze a Catalyst using Matera-bound instruments yield null or paradoxical data. Consequently, the [[AIR]] classifies these devices strictly by their **observable behavioral profiles** and **output signatures**, rather than internal architecture.
+Due to the fundamentally alien nature of Deus-forged artifacts, their internal composition and mechanics are entirely incompatible with [[Matera]] plane physics. All attempts to scan, dissect, or structurally analyze a Catalyst using Matera-bound instruments yield null or paradoxical data. Consequently, the [[AIR]] classifies these devices strictly by their observable behavioral profiles and output signatures.
+
+The external morphology of a Catalyst often exhibits complex, non-Euclidean fractal geometries or seamless crystalline lattices. Any perceived correlation between a device's outward physical shape and its specific operational output remains purely speculative, but some catalysts are completely identical in look and functionality allowing to group them by their [[catalyst archetype]]s.