Self-similarity in math & ambigrams 3/3

by | Friday, August 08, 2014

Self-similarity in geometry is the idea of repeating a similar shape (often at a different scale) over and over again. In other words, a self-similar image contains copies of itself at smaller and smaller scales, such as the image below of the word “zoom.”

zoom-scaling

Self-similarity is a rich mathematical idea and connects to other powerful concepts such as infinity, iteration, fractals, recursion and so on. As it turns out self-similarity is also a rich source of ambigrams. This is why the third article in the series Of Art & Math is devoted to Self-Similarity. This series written with my friend Gaurav Bhatnagar is published by At Right Angles (a mathematics education magazine). 

screenshot

I think this is easily the best article of the three we have written so far. It has some of the best original designs I have created. Gaurav pushed me hard mathematically, and I dare say, I met the challenge (at least part of the way). I don’t want to reveal too many of the designs in the article (links to download the article are given below) but here are a couple. Below are two different designs for the word “Infinity.”

infinity-circle-and-symbol

These two different ambigram designs for “infinity” are subtly different from each other. In both cases the word can be read even when you rotate the design around – both at the top of the circle and the bottom! Notice how in the first design the chain is created by “in” mapping to itself and “finity” mapping to itself. In contrast the second design breaks the word up differently, mapping “ity” to “in” and “fin” to itself. In addition the first design wraps around a circle – for ever and ever and the second says infinity both in words and in symbol!

The idea of infinity is captured somewhat differently in the next two images.

infinity-2 styles

The first focuses on mapping the design onto a sphere while the second is a self-similar shape that circles inwards forever. In either case the design can be interpreted in two different ways. Either being made of an infinite repetition of the word “finite” or the infinite repetition of the word “infinite” (where the shape that reads as the last “e” in the word “finite” can be read as “in” in the word “infinite” when rotated by 90 degrees).

There are lot more designs in the actual article. If you love math or ambigrams are just interested in exploring some cool ideas, go ahead click the links at the end of this post.

All in all this series seeks to reveal the hidden beauty of mathematics – and thus it is only fitting that it ends with this design for “hidden beauty.”

hiddenbeauty

You can download each of the articles in the series Of Art & Math by following the links below

  1. Introducing Ambigrams: Blog postDirect link to PDF
  2. Symmetry: Blog post | direct link to PDF
  3. Self-SimilarityDirect link to PDF

Alternatively you can download all three articles in one large(-ish) PDF by clicking here.

A few randomly selected blog posts…

How artists work

An interesting (and growing) collection of "habits, rituals and small (and occasionally big) methods people and teams use to get their work done. And in the specific anecdotes and the way people describe their own relationship to their own work." Kind of cool and...

TPACK on Vimeo & in the Netherlands

Dr. Clare Kilbane, Associate Professor at Otterbein University in Westerville, Ohio recently created an enhanced podcast/vodcast explaining TPACK as a part of an ARRA grant implemented in the state of Ohio last spring. This podcast/vodcast was designed in the style of...

The Deep-Play Group & our robotic overlords

The Deep-Play Group & our robotic overlords

The Deep-Play research group started as an informal group of faculty and graduate students at Michigan State University, mostly my advisees. It has now grown to include Arizona State University and a couple of people there. Of course my advisees...

TPACK Newsletter #20: May 2014

TPACK Newsletter, Issue #20: May 2014Welcome to the twentieth edition of the (approximately bimonthly) TPACK Newsletter! TPACK work is continuing worldwide. This document contains recent updates to that work that we hope will be interesting and useful to you, our...

Using AI to digitally clone myself (AKA creating a Puny-Punya)

Using AI to digitally clone myself (AKA creating a Puny-Punya)

Note: The photo-manipulated image of me holding my own head was created almost 20 years ago by Paul Kurf, a student in my learning by design, class! Image design & layout, Punya Ethan Mollick is a professor at Wharton and he has been doing some of the most...

Creativity @ Plymouth, year 3

I spent some time last week with each of the MAET cohorts at Plymouth England. I have blogged about my time with Year 1 here and Year 2 here (as well as some other posts here and here). This is about what I did with the Year 3 cohort. As usual, I did my TPACK and...

Teaching TPACK @ BYU

I just found out about IPT287: Instructional Technology for ElEd and ECE a course taught at Brigham Young by Charles Graham (an active TPACK researcher and the adviser of Suzy Cox about whose dissertation I had written about here). Of particular interest to me was a...

Educational Change by Design: A school for the future

Educational Change by Design: A school for the future

How do we design a school for the future? This recent article seeks to capture (in the form of a case study) our recent experience in designing such a school. The design process was a collaborative process involving a partnership with a local school district and the...

Ghee Happy

Sanjay Patel is an animator at Pixar and has come up with a beautifully designed book about Indian gods and goddesses. Check it out at his website, whimsically called GheeHappy. [You will need to go to the site FAQ to understand what that means.] The illustrations are...

1 Comment

  1. cool math games

    cool post

    Reply

Trackbacks/Pingbacks

  1. Infinite Regress: New ambigram / visual pun – Punya Mishra's Web - […] regress.” I have created many ambigrams to represent the idea of infinity (click here for examples) but this one is different…

Submit a Comment

Your email address will not be published. Required fields are marked *