Planetary paths are helices as the sun itself moves within the galaxy. And orbits are actually ellipses around the common center of gravity of the two (or more) gravitational entities that are interacting. So ELLIPTICAL helices.
Do we know that the trajectory of galaxies, as they expand the universe, running away from each other, doesn’t conform to the golden ratio? Looking at universal expansion over time, the universe may be conforming to the golden ratio, if we just picture time as a spiral rather than a straight line. Maybe time is a growing spiral rather than strictly linear. Why not?
When I consider thy heavens, the work of thy fingers, the moon and the stars, which thou hast ordained;What is man, that thou art mindful of him? Psalm 8
Um…. Mr Mallett doesn’t seem to be aware that the orbital periods of some planets in our solar system are very close to powers of the golden ratio compared to earth’s period. For Mercury, Venus, Jupiter, and Saturn, the powers of the golden ratio are -3, -1, 5, and 7, respectively, accurate to a couple of decimal points.
Concretionist about 1 month ago
Planetary paths are helices as the sun itself moves within the galaxy. And orbits are actually ellipses around the common center of gravity of the two (or more) gravitational entities that are interacting. So ELLIPTICAL helices.
Sephten about 1 month ago
Not all plants follow the Fibonacci sequence, though it does pop up in all kinds of unexpected places.
maxiesmom2 Premium Member about 1 month ago
This all beyond me early on a Sunday morning. I guess I need to wake up some more.
sandpiper about 1 month ago
Um . . . er . . . uh . . . WHAT?!?!?
rugeirn about 1 month ago
Comparing organic forms to inorganic forms is classic apples to not just oranges—try crystals.
RitaGB about 1 month ago
“in nature” only means “on earth” so what the planets do around the sun is irrelevant.
poppacapsmokeblower about 1 month ago
Do we know that the trajectory of galaxies, as they expand the universe, running away from each other, doesn’t conform to the golden ratio? Looking at universal expansion over time, the universe may be conforming to the golden ratio, if we just picture time as a spiral rather than a straight line. Maybe time is a growing spiral rather than strictly linear. Why not?
PJH8 about 1 month ago
When I consider thy heavens, the work of thy fingers, the moon and the stars, which thou hast ordained;What is man, that thou art mindful of him? Psalm 8
Otis Rufus Driftwood about 1 month ago
Once again, this strip is as dry as a stale, off brand saltine.
Cactus-Pete about 1 month ago
And yet again, the strip starts with a bad assumption by one of the kids. These comics are much better when that’s not done.
wellis1947 Premium Member about 1 month ago
Planets are NOT “spheres” but oblate spheroids – there’s a “geometric difference” between the two.
amatulic about 1 month ago
Um…. Mr Mallett doesn’t seem to be aware that the orbital periods of some planets in our solar system are very close to powers of the golden ratio compared to earth’s period. For Mercury, Venus, Jupiter, and Saturn, the powers of the golden ratio are -3, -1, 5, and 7, respectively, accurate to a couple of decimal points.
aunt granny about 1 month ago
First he needs to explain what he means by “follow a line to the same place.”
Maybe that they move in closed curves?
4Robert about 1 month ago
thanks so much for your additional information! it’s awful when the comics leave me thinking “huh?”
DKHenderson about 1 month ago
I wonder: is there a difference between “nature” on a planet with atmosphere, and “nature” out in the cosmos in a vacuum?