Here is a selection from "The Mathematician," a long poem -- found in its entirety in The Rumpus -- by Oregon poet Carl Adamshick and recommended to me by poet R Joyce Heon -- for a sample of her ekphrastic poems, follow this link and go to pages 37-42. And this link leads to more poems (in this blog) starring mathematicians --- and a few of them are women!!
from The Mathematician by Carl Adamshick
What I do is calculate.
I’ve always seen the world as numbers,
buildings and trees factors,
math as a language better suited for explaining
how things work
than the formula of grammar.
Showing posts with label solution. Show all posts
Showing posts with label solution. Show all posts
Monday, April 25, 2016
Tuesday, July 5, 2011
Mathematicians at work
About her collecton, The Scottish Café (Slapering Hol Press, 2002), Susan Case offers this note:
This series of poems is loosely based upon the experiences of the mathematicians of the Scottish Café, who lived and worked in Lvov, Poland (now L'viv, Ukraine), a center of Eastern European intellectual life before World War II, close to the area from which my own ancestors emigrated to the United States. A book, known as the Scottish Book, was kept in the Café and used to write down some of their problems and solutions. Whoever offered a proof might be awarded a prize.
Here is "Fixed Points," the opening poem from Case's collection:
This series of poems is loosely based upon the experiences of the mathematicians of the Scottish Café, who lived and worked in Lvov, Poland (now L'viv, Ukraine), a center of Eastern European intellectual life before World War II, close to the area from which my own ancestors emigrated to the United States. A book, known as the Scottish Book, was kept in the Café and used to write down some of their problems and solutions. Whoever offered a proof might be awarded a prize.
Here is "Fixed Points," the opening poem from Case's collection:
Labels:
chaos,
Euler's formula,
Lvov,
mathematics,
Poland,
problem,
proof,
Scottish Cafe,
solution,
Stanislaw Mazur,
Stefan Banach,
theorem
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