Enhance README with project details and repository link

Updated README to include source repository link and clarify project focus.

Author: xcontcom

README.md

@@ -1,23 +1,33 @@
 # Kernel Interference Explorer
 
-This is an interactive experiment in **kernel-driven dynamics**.
-
-The system is simple: an iterative 2D convolution with a symmetric 3×3 kernel.
-What is not simple is what happens when you start *moving* through kernel space.
+➡ **Source repository:**  
+[github.com/AlgorithmicDynamics/kernel-interference-explorer](https://github.com/AlgorithmicDynamics/kernel-interference-explorer)
 
 Some kernels produce interference-like wave fields.  
 Other kernels converge into rigid, fractal-like structures.  
 Between them is a continuous space of unstable, hybrid, liminal behavior.
 
-You don’t switch modes.
-You **slide** between them.
+---
 
-At certain regions of parameter space, the system behaves less like a simulation
-and more like a physical medium, where small changes in local interaction weights
-trigger global qualitative phase shifts.
+This project is a direct descendant of [Fractogenesis: CA vs Convolution](https://github.com/xcontcom/fractogenesis)
 
-➡ **Source repository:**  
-[github.com/AlgorithmicDynamics/kernel-interference-explorer](https://github.com/AlgorithmicDynamics/kernel-interference-explorer)
+While *Fractogenesis* explores how fractal structures grow from minimal seeds
+using convolution and cellular automata, this repository focuses on
+**what happens when convolution itself becomes the object of exploration**.
+
+The core mechanism is the same:
+
+- start from a minimal seed (often a single `1`)
+- apply a small local convolution kernel
+- expand the field using padding
+- repeat
+
+What changes here is the emphasis.
+
+Instead of asking *“what pattern does this kernel produce?”*,
+the question becomes:
+
+> **How does global structure change as we move through convolution kernel space?**
 
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