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#[[MA271Fall2020Walther_Topic27_Golden_Ratio|Golden Ratio]]
 
#[[MA271Fall2020Walther_Topic27_Golden_Ratio|Golden Ratio]]
 
#[[MA271Fall2020Walther_Topic27_Robinson Triangles|Robinson Triangles]]
 
#[[MA271Fall2020Walther_Topic27_Robinson Triangles|Robinson Triangles]]
#'''Examples:'''
+
#[[MA271Fall2020Walther_Topic27_Real World Examples|Real World Examples]]
 
##[[MA271Fall2020Walther_Topic27_Quasicrystals|Quasicrystals]]
 
##[[MA271Fall2020Walther_Topic27_Quasicrystals|Quasicrystals]]
 
#[[MA271Fall2020Walther_Topic27_References|References]]
 
#[[MA271Fall2020Walther_Topic27_References|References]]

Revision as of 20:49, 6 December 2020

Penrose Tiling

Authors: Sveni Thalor, Gayathri Thirunavukkarasu, and Cynthia Wan

Table of Contents

  1. Introduction
  2. Concepts to Know Before Learning About Penrose Tiling
  3. First Penrose Tiling/Original Pentagonal Tiling (P1)
  4. Second Penrose Tiling/Kite and Dart Tiling (P2)
  5. Third Penrose Tiling/Rhombus Tiling (P3)
  6. Rules for Generating Penrose Tilings
  7. Inflation and Deflation
  8. Golden Ratio
  9. Robinson Triangles
  10. Real World Examples
    1. Quasicrystals
  11. References

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Abstract algebra continues the conceptual developments of linear algebra, on an even grander scale.

Dr. Paul Garrett