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{{Information |Description ={{en|1=English: 8x8 most perfect magic square. This square begins with the 2015 date. All the 2x2 cell blocks sum to 130. The consecutive 8 cell segments of the Hilbert space filling curve provide the color coding. These...
== Summary ==
{{Information
|Description ={{en|1=English: 8x8 most perfect magic square. This square begins with the 2015 date. All the 2x2 cell blocks sum to 130. The consecutive 8 cell segments of the Hilbert space filling curve provide the color coding. These 8 cell Hilbert segments all sum to the magic constant in most-perfect magic squares.}}
|Source =https://en.wikipedia.org/wiki/File:Magic_Square_2015.jpeg
|Author =Knecht03
|Date =06-12-2014
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== Licensing ==
{{cc-by-sa-4.0}}
{{Information
|Description ={{en|1=English: 8x8 most perfect magic square. This square begins with the 2015 date. All the 2x2 cell blocks sum to 130. The consecutive 8 cell segments of the Hilbert space filling curve provide the color coding. These 8 cell Hilbert segments all sum to the magic constant in most-perfect magic squares.}}
|Source =https://en.wikipedia.org/wiki/File:Magic_Square_2015.jpeg
|Author =Knecht03
|Date =06-12-2014
|Name =
|Alt_names =
|Teaches =
|Based_on_url =
|Requires =
|Assessment =
|Time_required =
|Tags_Telugu =
|Tags_English =
|Translation_of =
|Adaptationup =
|Contributorup =
|Permission =
|other_versions =
}}
== Licensing ==
{{cc-by-sa-4.0}}
