about tweak

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@@ -14,7 +14,9 @@ <h1>The Error Correction Zoo collects and organizes error-correcting codes.</h1>
 enormous variety of error-correction schemes were developed.  Recently, a
 radically new type of error correction was introduced, one that can protect the
 quantum information that is stored in a quantum computer or that is communicated
-over a quantum network.</p>
+over a quantum network.
+Quantum enhancements also help with classical
+information transmission, yielding hybrid classical-quantum error-correction encodings.</p>
 
 <p>We created the <i>Error Correction Zoo</i> to categorize and to organize
 known classical and quantum error-correction schemes.  It is inspired by other
@@ -27,13 +29,9 @@ <h1>The Error Correction Zoo collects and organizes error-correcting codes.</h1>
 target="_blank">Reverse Mathematics Zoo</a> and the <a href="https://www.computability.org/zoo-viewer/"
 target="_blank">Computability Zoo</a>.</p>
 
-<p>Code entries form the primary content of the zoo.  An entry can be a specific
-instance of a well-known code or a large family of codes, depending on community
-interest.  The idea is to have a dedicated up-to-date webpage for each family,
-collecting original work, related protocols, and real-world implementations.
-Codes are organized into kingdoms by alphabet (Hilbert space structure) in the
-classical (quantum) case, with “parent” and “cousin” fields listing notable
-relations and connections.</p>
+<p>Code entries form the primary content of the zoo.  
+An entry can be a specific instance of a well-known code or a large family of codes, depending on community interest.
+Each entry is processed into a dedicated up-to-date webpage for its code family, collecting original work, related protocols, and real-world implementations.</p>
 
 <p>A founding feature of the EC zoo is separation of data storage from
 presentation.  Code information displayed in the zoo is stored in a structured