diff --git a/templates/pages/about.html b/templates/pages/about.html index 42021cd..5edd1d6 100644 --- a/templates/pages/about.html +++ b/templates/pages/about.html @@ -14,7 +14,9 @@

The Error Correction Zoo collects and organizes error-correcting codes.

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.

+over a quantum network. +Quantum enhancements also help with classical +information transmission, yielding hybrid classical-quantum error-correction encodings.

We created the Error Correction Zoo to categorize and to organize known classical and quantum error-correction schemes. It is inspired by other @@ -27,13 +29,9 @@

The Error Correction Zoo collects and organizes error-correcting codes.

target="_blank">Reverse Mathematics Zoo and the Computability Zoo.

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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.

+

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.

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