paperMath

paperMath is a conceptual framework or methodology that explores the relationship between mathematical principles and the physical act of writing or manipulating mathematical expressions on paper. It considers how the medium of paper, its texture, and the tools used for inscription can influence mathematical understanding and problem-solving.

This approach often highlights the role of visual representation and spatial reasoning in mathematics. The act of drawing diagrams, annotating equations, or arranging symbols on a page can facilitate comprehension and the discovery of patterns. paperMath can also encompass the study of how mathematical notation itself has evolved in relation to its physical representation and how different notations might be more or less intuitive depending on the medium.

Furthermore, paperMath might delve into the cognitive processes involved in translating abstract mathematical ideas into concrete, tangible forms on paper. It acknowledges that for many learners, the physical manipulation of mathematical objects, even if represented by symbols on paper, is a crucial step in building a robust understanding. The limitations and affordances of paper as a mathematical tool are central to this concept, recognizing that while digital tools offer dynamic possibilities, paper provides a stable and accessible surface for exploration. It is not a formal mathematical field but rather a way of thinking about the practice of doing mathematics.