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Why is the motion of dwarf planets depicted with curves?
Dwarf planets are very far away and appear to move slowly. Perhaps because of their slowness, their effects at certain mutual angles from Earth’s perspective are quite strong. Compared to the regular planets in our solar system, dwarf planets make these angles much less frequently. Sometimes these angular positions can last for weeks or even months, making them very notable. When depicted with curves, their effects can be conveniently seen years in advance.
Curves are easier to understand if they are thought of as spirals, one behind the other. At the intersection points, they are at a very specific distance from each other. The number indicates the angle's degree, but we can think of it as if it were kilometers, where at a precise distance, the planets resonate with each other in the depth direction.
They amplify different etheric qualities: heat, light/dryness, humidity, or coldness, according to their own etheric characteristics. But they also reflect the cosmic qualities radiating in the background, and these effects occur on a level more refined than the physical one. However, since the physical, etheric, and even subtler astral levels are in constant interaction with each other, the total of these various influences manifests physically in the atmosphere, showing up as varying weather conditions on Earth.
More on the levels.
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Let’s look at a few interesting points
The first curve, Haumea150Sedna, cools briefly. The second, Makemake144Gonggong, causes cold and rain, and the angle of 144, a double quintile, may also cause storms, particularly over marine areas. Gonggong is the current official name for the former nickname Snow White.
Third are Orcus45Haumea, which begin to come closer together in the fall, for about two months. 45 degrees isn’t a very strong angle. But when the same influence lasts for two months, it may strengthen a little. Here, heat and cold meet, so one could expect rain and stronger winds.
Pluto135Orcus creates heat effects and ends in 2028.
Then, Pluto60Neptune: Late summer and fall of 2026 will have an exciting situation in the Campi Flegrei area, as there is an old volcanic magma chamber beneath the cities of Pozzuoli and Naples. A worrying angle forms in 2026. It is fairly tight and lasts for two months. After that, quick sextiles (60) occur regularly each year, and in the spring of 2032, there will be another tight point. After that, this angle will pass More on Campi Flegrei.
Makemake90Quaoar cools and causes rain. Makemake also creates a quintile (72) with the Galactic Center, and it may cause storms over northern marine areas. Quaoar doesn’t intersect with the Galactic Center in any way.
Orcus144Eris warms at regular intervals until 2030.
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Yellow-violet combination cools
The curves of Sedna and the straight lines of the Galactic Center should actually be violet. However, in the picture, they are drawn in black because they are the strongest coolers, and together with Eris’s light effect, they are particularly powerful.
The constellation Eris36Sedna was very active throughout the fall of 2024, but its strong cooling effect remained in the upper atmosphere. Below, many planets moving in the heat zone and the heat planet Saturn in the light zone were active. The heat strongly lifted moisture, which was then condensed into rain by the intense cold above. This caused widespread heavy rainfall, floods, and storms around the world.
In the spring of 2026, this constellation will again be powerful, but now there won’t be as much heat below as before. Strong winds may occur again and storms in the Southern Hemisphere. It could start in early February 2026. In spring 2027, when the angle is looser, it may only cool from March to May.
Another cooling pair, Eris120GC, will influence from 2031 onwards. The effects will hit mid-summer, with precise angles in spring and fall. The years 2034 and 2035 will be more relaxed, but 2036 looks to be a bit tighter.
Curves can be compared to element charts, for wider information.
Quintile72.net
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