subject vehicle southbound on interstate twenty-five at
or about the hour of three thirty-six a.m. was brought
to impact against the left retaining wall subject vehicle
immediately ricocheting off wall crossing interstate
at a contrary vector relative to the sparse traffic
at that hour made its way across the low guardrail along
right edge of interstate sliding at a high rate of speed down
the embankment and onto the exit ramp where it impacted
the ramp’s right guardrail with force sufficient to snap one thick wooden
supporting post in two uprooting the major segment with
a loud concrete-and-metal crunching grinding noise the sound and
vibration of which were sufficient to wake several persons
sleeping in the houses immediately to the west of
exit ramp subject vehicle twisted and crushed rested against
damaged right guardrail of exit ramp when a passing motorist
pulled over and stopped and called for help on his cell phone a second
passing motorist pulled over and stopped and approached subject
vehicle peering inside shrinking back turning covering her mouth
(Copyright 2023 by Tetman Callis.)
probably blow low-vent all night, rain-smell coming in.
no need for pumping water pump, little motor whirring,
always seeming on the verge of breakdown.
cat hiding under the car in the drive,
waiting for the slim possibility of a second supper.
no hunting sparrows or mice in this weather.
hummingbirds braving the spattering rain,
sipping from birds of paradise before sunset.
boys with basketballs under their arms,
standing at windows, watching the clouds.
(Copyright 2023 by Tetman Callis.)
“Suppose that the true laws of motion of atoms were given by some strange equation which does not have the property that when we go to a larger scale we reproduce the same law, but instead has the property that if we go to a larger scale, we can approximate it by a certain expression such that, if we extend that expression up and up, it keeps reproducing itself on a larger and larger scale. That is possible, and in fact that is the way it works. Newton’s laws are the ‘tail end’ of the atomic laws, extrapolated to a very large size. The actual laws of motion of particles on a fine scale are very peculiar, but if we take large numbers of them and compound them, they approximate, but only approximate, Newton’s laws. Newton’s laws then permit us to go on to a higher and higher scale, and it still seems to be the same law. In fact, it becomes more and more accurate as the scale gets larger and larger. This self-reproducing factor of Newton’s laws is thus really not a fundamental feature of nature, but is an important historical feature. We would never discover the fundamental laws of the atomic particles at first observation because the first observations are much too crude. In fact, it turns out that the fundamental atomic laws, which we call quantum mechanics, are quite different from Newton’s laws, and are difficult to understand because all our direct experiences are with large-scale objects and the small-scale atoms behave like nothing we see on a large scale. So we cannot say, ‘An atom is just like a planet going around the sun,’ or anything like that. It is like nothing we are familiar with because there is nothing like it. As we apply quantum mechanics to larger and larger things, the laws about the behavior of many atoms together do not reproduce themselves, but produce new laws, which are Newton’s laws, which then continue to reproduce themselves from, say, micro-microgram size, which still is billions and billions of atoms, on up to the size of the earth, and above.” – Richard P. Feynman, The Feynman Lectures on Physics, Vol. I (emphases in original)