Update README.md

README.md

@@ -170,7 +170,7 @@ The code’s major goals include:
 
 The HPC quantum-inspired CLI is a **classical** toolset that merges doping-layers, random HPC gating, concurrency, and minimal error correction. Professionals can harness concurrency to run broad param sweeps or doping-layers explorations on HPC clusters, while students can enjoy toggling dimension/protection for moderate local runs, possibly generating glitch art. The code’s fidelity outputs, doping-layers logic, advanced noise, and image transformations unify into a single HPC environment that’s flexible yet best used with an understanding of HPC concurrency and (simulated) quantum-like processes.
 
-Below is a **complete engineering breakdown** of your code, focusing on its architecture, key components, and functionality. I’ll ignore trivialities (e.g., basic Python syntax, standard library imports) and focus on the core engineering aspects.
+Below is a **complete engineering breakdown** of the code, focusing on its architecture, key components, and functionality. I’ll ignore trivialities (e.g., basic Python syntax, standard library imports) and focus on the core engineering aspects.
 
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