02 JAN 2012 by ideonexus
John Keats Recalls a Game of Orbiting Children
The young John Keats remembered an organised game at his school in Enfield, in which all the boys whirled round the playground in a huge choreographed dance, trying to imitate the entire solar system, including all the known moons (to which Herschel had by then added considerably). Unlike Newton’s perfect brassy clockwork mechanism, this schoolboy universe-complete with straying comets — was a gloriously chaotic ‘human orrery’. Keats did not recall the exact details, but one may imagi...Where the children run around mimicking the orbits of the planets and comets, making the solar system seem more chaotic than the classical perspectives.
09 JUN 2011 by ideonexus
Geese Flying in Vee Formation
One, two, three ragged files of Canada geese skim the treetops, preceded and followed by their honking chorus. I freeze in my tracks to watch them pass, heading south, feathers ruffled by the last warm breezes of the season. When their honks have faded into silence, I notice a chill in the air. The spinning planet has leaned into its winter curve, away from the Sun. And then, just when I think the racket has passed, I hear another barely audible chorus of honks, high in the air. I look up to ...Evolutionay benefits explain the pattern, which is an example of order forged out of an even greater disordering process occurring in our sun.
09 JUN 2011 by ideonexus
Chaos, Order and Snowflakes
In one of his most popular essays, "The Colloid and the Crystal," the nature writer Joseph Wood Krutch wrote about these opposing forces in nature. "Order and obedience are the primary characteristics of that which is not alive," he wrote. "Life is rebellious and anarchical." He was wrong to identify obedience and rebellion with nonlife and life. respectively. We now know that the inanimate snowflake crystal, so apparently lawful and static, grows its six-pointed form under the controlling in...Nonlife produces beautiful order in the snowflake, where the vibrations of the molecules create different six-pointed patterns.