Droodles

Challenging your Creative Visualization
by G. Sarcone

Puzzles that resemble abstract drawings you have to give a sense, are known as "droodles". These kinds of puzzles were popularized in the U.S. by Roger Price's 1953 book "Droodles". The trademarked name 'droodle' is a portmanteau word suggesting both 'doodle' and 'riddle'. But the droodles or indovinelli grafici have been known since the Renaissance in Italy. One of the oldest droodles – representing a blind beggar behind a street corner – was drawn by the Italian painter Agostino Carracci (1557–1602).

But what exactly is a "Droodle"? It is actually a kind of minimal cartoon featuring rather abstract pictorial elements accompanied by an implicit question: "What is it?". A punch line (usually a funny description, see image further below) finally made the cartoon obvious.

Droodles are based on the pareidolia (payr-eye-DOH-lee-uh), an innate human tendency to impose a pattern on random or ambiguous shapes. Astronomer Carl Sagan claimed that the tendency to see faces in tortillas, clouds, cinnamon buns, and the like is an evolutionary trait. He wrote:  
"As soon as the infant can see, it recognizes faces, and we now know that this skill is hardwired in our brains. Those infants who a million years ago were unable to recognize a face smiled back less, were less likely to win the hearts of their parents, and less likely to prosper. These days, nearly every infant is quick to identify a human face, and to respond with a goony grin" (Sagan, 1995).

Our ability to have what we know interacts top-down with what we see, and allows us to recognize a scene, a portrait even from these minimal cartoons. The world that surrounds us is 'sensorially noisy': in fact, we don't realize that most of the signals/stimuli we receive from our environment are sometimes full of gaps, because our mental top-down processing restores them unconsciously.

How we give signification to every data coming in our brain
When your brain has to identify an object, it must match what you see against your stored knowledge and experiences. Taking sensory data in from the environment and analyzing relevant information is called "bottom-up processing". Bottom-up processing is tied to EMPIRICAL reality and deals with the transformation of concrete, physical features of stimuli into abstract models.

However, when your EXPECTATIONS affect perception, the phenomenon is referred as top-down or "conceptually driven processing". Top-down processing involves your past experiences, knowledge, motivations, and cultural background as well in perceiving the world. Top-down processing involves higher mental functioning that influences how you understand physical objects, signs and events. The droodles illustrate the importance of top-down processing: without the labels, these drawings are meaningless. However, once the drawings are identified, you can easily find meaning in them, or even give new meanings by idea-association.

Giving meaning to abstract forms can also be a way to stimulate your imagination and exercise your visual thinking skills. When Leonardo da Vinci needed to get his creative juices flowing, he sat and stared at clouds or rocks... "If you look upon an old wall covered with dirt or the odd appearance of some streaked stones", he once wrote, "you may discover several things like landscapes, battles, clouds, uncommon attitudes, humorous faces, draperies...". Da Vinci heartily recommended this 'new method' of invention as a practical technique for "opening the mind and putting it upon the scent of new thoughts". The abstract, organic forms embedded in crumbling walls and hunks of stone, he believed, could be put to work as "terrestrial batteries for jump-starting the imagination" (just for your enlightenment, in the language of Da Vinci, doodle is named 'ghirigoro' or 'scarabocchio').

We encourage parents and educators to use our math droodles as a tool to build young (and grown-up) creative minds... For that purpose, do not hesitate to download any of our droodles! (visit also www.droodles.com). You're also encouraged to expand and/or improve this article. Send your comments, feedback or suggestions to Gianni A. Sarcone. Thanks!