To love, in perfect syllables

     While looking for Valentine verse with a math connection, I opened my copy of The Complete Illustrated Works of Lewis Carroll (Chancellor Press, 1982).  And found this one in which Carroll (a pen name for English mathematician Charles Lutwidge Dodson (1832-1898)) uses the word one twice and the word half twice and has counted sounds so that in each line the number of syllables is either a cube of an integer or is perfect.

        Lesson in Latin     by Lewis Carroll    (May 1888)   

Love and Mathematics -- Please be my Valentine!

Poet extraordinaire Maxine Kumin (1925-2014) died yesterday.  

Here is a link to a wonderful eleven of her poems from Persimmon Tree. 

Late in 2007, AKPeters released Strange Attractors:  Poems of Love and Mathematics, edited by Sarah Glaz and me.  Recently at a Howard County Math Festival I met a young man who browsed my copy of this anthology and found it the perfect Valentine.  And so might you.  Below I include a sample from the collection -- a love sonnet by Jean de Sponde (1557-1595), translated from the French by David Slavitt.

 Several previous postings have offered love poems of mathematics and mathematicians; 

these include 9 February 2013, 12 February 2012, 12 February 2011, 10 November 2011,  

30 August 2011, 12 February 2011, and 20 July 2010.

Six Million

       Sometimes numbers become labels for particular events.  When I was growing up, all of us knew 1492 as a label for the discovery of America.  And 1941 recognized Pearl Harbor.  The following selection from a poem by Israeli poet Yehuda Amichai (1924-2000) reminds us of the awful importance of 6 million. 
       While mentioning this poem of witness and remembering, I want also to remind you of the very special Split This Rock Poetry Festival: Poems of Provocation & Witness, to held in Washington, DC, March 27-30, 2014. (Early-bird registration ends on Valentine's Day, February 14th at midnight.)  Hope to see you there. 

Forecasting snow and poetry

Snowbound

is that other world
in which no schedules sit
and no ambitions flare
to interrupt the bluest sky
and whitest field
and coldest air

On shoulders of giants . . .

     Washington, DC is a city rich with both poetry and mathematics.  Last Tuesday evening I attended a Mathematical Association of America (MAA) lecture by author and math historian William Dunham (whom I knew when he taught for a bunch of years at Pennsylvania's Muhlenberg College, in Eastern Pennsylvania, not so far from my employer, Bloomsburg University).  Dunham spoke of insights gained by many hours reading the correspondence of British mathematician and scientist, Sir Isaac Newton (1642-1727).  The discoverer of "gravity,"  and, moreover, both a genius and a disagreeable man.  Still, Newton was a man who gave a nod to his predecessors, "If I have seen further it is by standing on ye sholders of Giants."

Little Boxes

It is hard to know what to say.
Pete Seeger died yesterday at age 94.  
94 = 2 x 47.  47 is prime.
Here is a link to Pete singing "Little Boxes."
Song lyrics are poems.

Graffiti Calculus

     In my dreams I am an artist -- a cartoonist, perhaps, or a graffiti artist -- so skilled with lines and curves and so clever that my art gives pleasure AND delivers a punch.
     And so I am gratefully into the math-art connections provoked by a new book by Mary-Sherman Willis -- aptly titled Graffiti Calculus (CW Books, 2013).  I first met Willis in December, at Cafe Muse (where I will read next Monday, Feb 3 with Stephanie Strickland) and it was my pleasure also to hear her read again from that collection at the Joint Mathematics Meetings.  These poems by Willis give us, in sixty poetic chapters, the story of a mother seeking her son by following his graffiti tags through the city.  Here is a sample, sections 5 and 6: 

Mathematics is like . . .

For angling may be said to be so like the mathematics,
that it can never be fully learnt; at least not so fully, 
but that there will still be more new experiments left 
for the trial of other men that succeed us.  

 Izaak Walton (1594-1683), The Compleat Angler (1653-1676)

Extraneous -- and so on

     Since my junior high math days, when I first heard the word "extraneous," I have loved the sound of it, the feel of my mouth when I say it, the mystery of how solving an equation can lead to extra solutions.   And then learning to check found-solutions to see if they were true solutions -- a process that has been multiply useful to me far afield from mathematics.
     My love for this math-word drew me quickly to the title of a poem by Alex Walsh, a high school student from Oberlin, Ohio, who presented her work at the poetry-with-math reading at JMM in Baltimore last Friday.   Here are her poems "Convergence" and "The Extraneous Solution" :

Word problems

       Scarcity:  Why Having Too Little Means So Much (a Times book by S. Mullainathan and E. Shafir, released last September) considers not only the facts but the feelings of scarcity and finds similarities between those those with too little time and those with too little money.  The authors report, further, that persons experiencing scarcity do not have the luxury of doing well in their studies -- of mathematics or poetry -- because the scarcity demands their first attention.
       And  . . . this connection between external environment and a student's learning brings me to a poem by Dian Sousa, a poem that gives us some things to think about.  

Poems and primes

Friday morning, 1-17-2014, looking north from the Baltimore Convention Center

       This past week I enjoyed Thursday and Friday at the Joint Mathematics Meetings at the Convention Center in Baltimore, a time for connecting with some old friends and making some new ones.  I gave a presentation in one of the sessions on the Intersection of Mathematics and the Arts, sharing poems -- such as Sherman Stein's "Mathematician" -- that can help non-maths to understand more clearly the nature of mathematics.  The handout for my talk contained a list of more than thirty poems that can help to communicate the nature of mathematics and it is available for download here.