Butterflies and Theories


Butterfly flying about the colonial garden. Whitall House, Red Bank Battlefield. ©️Merril D. Smith, 2020

Look, there!

A butterfly

flits from bloom to bloom, she

flaps her wings, and you stand still


thus, missing the snake in the grass

who slithers by unseen.

No step, no bite-




chaos theory,

nothing predetermined–

the comet races by, but still

you see

the comma tail, inviting a

sequence. What will come next?

So, you wonder,

what if?



A snake slithered across the path in front of me at Red Bank Battlefield Park.


I decided to have a bit of fun with Colleen’s poet choice challenge,which must be some sort of syllabic poetry. I wrote a double butterfly cinquain to joke about the butterfly effect. 😏

I’m also linking this to dVerse’s Open Link Night, which of course, was last night, but that’s how I roll these days.
















Ripples on an Ordinary Day


The Delaware River at Red Bank Battlefield          Merril D. Smith, 2016


Monday Morning Musings:

 “To any one who, for the first time, sees a great stretch of sandy shore covered with innumerable ridges and furrows, as if combed with a giant comb, a dozen questions must immediately present themselves. How do these ripples form? Are they made and wiped out with every tide, or do they take a long time to grow, and last for many tides? What is the relation between the ripple and the waves to which they owe their existence? And a host of others too numerous to mention.

The questions to which I particularly directed my attention at first were the following:—(1) How do the ripples first start? (2) What is the relation between the water waves and the ripples? “

–Hertha Ayrton, from “The Origin and Growth of Ripple-mark” (1904)

“Errors are notoriously hard to kill. But an error that ascribes to a man what was actually the work of a woman has more lives than a cat.”

–From Hertha Ayrton’s letter to an editor after journalists attributed the discovery of radium to Pierre Curie, rather than Marie Curie


She stood looking at the ripples on the shore

gazing and wondering, she continued to observe

and experiment

writing a paper that she read before the Royal Society of London,

the first woman to do so.

In 1906, they awarded her the Hughes Medal for her work on sand ripples and electric arcs—though they would not admit her, a married woman,

or any woman

into their ranks.


She applies her observations to air currents,

inventing a fan to rid WWI trenches of poisonous gases,

one of her twenty-six patented inventions


She was befriended and mentored by women

who helped pay for her education and took her to women’s suffrage meetings.

In turn, she was a friend to other women, working to establish

their right to vote, to receive an education.

Her step-daughter later a wrote a novel about suffragettes,

a woman scientist was its heroine.

Her daughter became a Labour MP.


I watch them on an ordinary day,

a day of working out at the gym

and paying bills,

a day of thinking and writing

I think about the ripples we create,

the smile given to a stranger that might make her day,

the poem written and read by someone, bringing joy,

the Butterfly Effect,

random actions,

Who knows where they will lead?

I think such things form a different type

of dark figure,


an unknown statistic,

random ripples from every action we take.

I think that though there is something to be said

for making every moment count,

it is also important to just be,

to take time to watch the waves

to watch the ripples that they leave in the sand,

to observe the moments in our lives,

to think about the ripples they make,

to dream–

to wonder about a woman who once looked at ripples in the sand

over a century ago

And I, looking at a Google Doodle

wonder about her

and realize that sometimes the ordinary can be inspirational

and the observations of an extraordinary woman can ripple

through time.

Hertha Marks Aryton (1854-1923) was the subject of a Google Doodle a few days ago. You can read about her here and here.

Abstract for “The Origin and Growth of Ripple-Mark,” Proceedings of the Royal Society of London, Vol. 74 (1904), 565-566

And the entire paper is here. 


© Merril D. Smith 2016