This viedo explains these things better than I can, but here's the outline of some of the content:
- All modern and historical maps we have are wrong. So we cannot find out where to go.
Well, when I used to drive aa car, I didn't have a SatNav, and used printed maps. They certainly were able to give me the correct directions.
- Satellites are "weather balloons" launched from Arctica, Antarctica or from the sea.
Satellites don't even look like balloons. I am not knowledgeable about where they are launched from, but I doubt they are all launched from Arctica, Antarctica or from the sea.
- The sun and moon rotate around the magnetic north, and illuminate one quarter/quadrant of the world at a time.
So how does the South pole get illuminated?
- The moon is silver, and the Carrington event acted like a flash to imprint the world map on the moon. It looks more like an X-ray, and the two darkest points are the sun and the true magnetic north.
I have never seen a map of the earth on the moon.
- The north pole is a point, which rotates in a circle very slowly, and around which the moon and sun rotate in a circle every day.
The North Pole is a fixed point. It is the magnetic north pole which moves.
- Pleiades is right above the true magnetic north, around which the compass' magnetic north rotates very slowly, and is the only star in the sky which remains stationary.
Pleiades is not a single star, but a cluster of stars, so it cannot be correct to say that Pleiades is the only star in the sky which remains stationary.
- Everything not illuminated by the sun ends up a frozen dark windless area. The sunlight heats the air to create wind currents.
- Moonlight actually cools down what it hits, while the sunlight heats up what it hits.
Nights when the moon is shining tend to be cooler than when it is obscured by clouds, because those clouds help keep the previous day's warmth in. Somebody with the scientific knowledge may be able to say definitely, but as far as I know, moonlight does not itself cool things down.
- Just like holding a flashlight close to a table in a dark room, we illuminate an area but not the whole table, and from some parts of the table the flashlight's light is not visible.
All the table will be illuminated to some extent, and the flashlight will be visible from anywhere on the table. Obviously the part ofdthe table immediately beneath the flashlight will be the most brightly illuminated.
- To get to the true magnetic north, you have to sail south, and to be able to use the star map for navigation.
- The closer to the true magnetic north you get, the more the compass will stop working.
You would never get to magnetic north by sailing south. That's the opposite direction.
