As a child I wrote poems but abandoned the craft until many years later when I was a math professor; at that later time some of my poems related to ideas pertinent to my classroom. For Number Theory classes "A Mathematician's Nightmare" gave a story to the unsolved Collatz conjecture; in Abstract Algebra "My Dance Is Mathematics" gave the mathematical history a human component.
My editor-colleague (Strange Attractors), Sarah Glaz, also has used poems for teaching -- for example, "The enigmatic number e." And Marion Cohen brings many poems of her own and others into her college seminar course, "Truth & Beauty: Mathematics in Literature." Add a west-coaster to these east-coast poet-teachers -- this time a California-based contributor: teacher, poet, and blogger (Math Mama Writes) Sue VanHattum. VanHattum (or "Math Mama") is a community college math teacher interested in all levels of math learning. Some of her own poems and selections from other mathy poets are available at the Wikispace, MathPoetry, that she started and maintains. Here is the poet's recent revision of a poem from that site, a poem about the invention (or discovery?) of imaginary numbers.
Imaginary Numbers Do the Trick by Sue VanHattum
Showing posts with label number line. Show all posts
Showing posts with label number line. Show all posts
Sunday, December 16, 2012
Sunday, March 11, 2012
Chatting about REAL numbers
The term "real number" confuses many who are not immersed in mathematics. For these, to whom 1, 2, 3 and the other counting numbers seem most real, the identification of the real numbers as all infinite decimals (i.e., all numbers representable by points on a number line) seems at first to go beyond intuition. But, upon further reflection, the idea of a number as "real" iff it can represent a distance on a line to the right or left of a central origin, 0, indeed seems reasonable.
Professor Fred Richman of Florida Atlantic University takes on the questions of computability and enumerability of the real numbers in his poem, "Dialogue Between Machine and Man":
Labels:
Cantor,
compute,
decimal,
Fred Richman,
infinite,
irrational,
number line,
pi,
rational,
real number,
recursive
Friday, January 7, 2011
Which are "real" numbers?
The adjective "real" in the term "real number" causes confusion for many whose mathematics is casual rather than intense. I like the mathematical definition of a number as real iff it corresponds to a point on the number line -- for this gives the abstract number a geometric counterpart (an attachment to reality) -- but there are others for whom the reality of a number depends on its emotional connections, perhaps used in ways that poet Ginger Andrews uses numbers in the following poem.
Labels:
geometric,
Ginger Andrews,
mathematics,
number,
number line,
poetry,
real,
real number
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