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women's t-shirts pi women's t-shirts math women's t-shirts mathematics women's t-shirts number women's t-shirts science women's t-shirts data women's t-shirts visualization women's t-shirts circle women's t-shirts color women's t-shirts circos women's t-shirts transition women's t-shirts colourful women's t-shirts

digital art pi digital art math digital art mathematics digital art number digital art science digital art data digital art visualization digital art circle digital art color digital art circos digital art transition digital art colourful digital art

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The digits of Pi as a path traced by links between successive digits. Each digit is assigned a segment around the circle and a link between segment i and j corresponds to the appearance of ij in Pi. For example, the "14" in "3.14..." is drawn as a link between segment 1 and segment 4. The number of transitions between digits is summarized in a series of concentric circles placed outside the links.

For more information about this piece, see http://mkweb.bcgsc.ca/pi/art/

As a scientist, it is my responsibility not only to present work clearly, but to connect broadly by sparking imagination and enthusiasm for inquiry and understanding. To do this, science communication must engage both cognitively and emotionally. I try to make people think and feel good by creating visualization tools and information graphics that combine analytical clarity with an artistic dimension. During my work on cancer genomes, I created Circos, now a community standard for displaying information in this field. More recently, I introduced a method for rationally visualizing networks using hive plots. My information graphics have appeared in the New York Times, Wired, Scientific American and on covers of books and...