Alcyone Ephemeris Series Will Pop

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Naturally, the elapsed times are radically different for other pairs.

Oldbrew and I have been looking at the axial rotation ratios between neighbouring planets and planet pairs, with surprising results.

Right upfront, we need to point out that these ratios between rotation rates are dimensionless, as are the Fibonacci numbers they relate to.

It doesnt matter if you calculate rotation rates of planets in Earth minutes, hours, days or years, or the pulses of light from an extragalactic quasar, so long as you use the same units for whichever bodies you are comparing.

The result is a ratio, and that will be the same no matter what your yardstick is.

Clearly, it is possible to get more accurate ratios by going to much higher numbers, but given that the ratios we have determined are all well within 1 of true values, and many within 0.1, we didnt see the need.

We aim to discover what it is, how it comes about, and ultimately answer the question; Why Phi.

Both Venus and Mercury have very slow rotations, because they are in some way tidally locked.

Mercury is in a 2 orbits to 3 axial rotations relationship with the Sun.

Jupiter and Saturns are comparable too, as are Uranus and Neptunes.

What isnt expected is that the two gas giant pairs have the same ratios; 46:43.

Our scheme of adding the ratio numbers to obtain a Fibonacci number doesnt hold between Earth and Venus for their rotation periods, but as noted earlier, Venus rotation is in a 3:2 with Earths orbital period.

We havent checked every possible non-neighbour pair but found many which still fit the pattern of having ratio numbers which sum to a number in the Fibonacci sequence.

Alcyone Ephemeris Series Will Pop

Almost no matter what transformation you apply, the series will pop up again in some kind of residual, or error margin.

Whatever the forces involved are, they are strong enough to keep the planets spinning round at rates which relate to each other, despite all the collisions and reconfigurations the solar system has been through since it formed.

This leads us to believe that there is an ongoing process here, rather than a fossil remnant of an ancient epoch.

The body of the planet rotates at a slow rate, retrograde to nearly all the others in the solar system (Uranus has its own peculiarities).

Naturally enough, that rotation rate is in a ratio with the rotation rate of its near neighbour, Earth, and of course, the numbers in the ratio 1:4 add to the Fibonacci number 5.

As I said in the intro, it doesnt matter what time-base or counting system you use for a planet pair, so long as it is the same for both the planets in that pair.

To be ultra clear, were not saying all the resultant Fibonacci numbers from different pairs are at the same scale, they are not.

But as you can see from the top two tables, all the adjacent planet pair ratios sum to a Fibonacci number.

There are a dozen non-neighbour pairs in table 3 which do so as well.

Its never exact, so the elapsed times are slightly different for each planet in that pair.

Alcyone Ephemeris Cracked