They are both biased to the same direction (east). Continents are displaced from them to the east.
Based on what?
This seems to just be an assertion with no justification at all.
Compare with the official model for the formation of continents. These huge structures are contrary to the official model of the formation of continents.
How?
You are comparing a single point in time to millions of years.
How did these blobs evolve over time? Without knowing that it is basically impossible to say they are contrary to the model of the formation of the continents.
All you can really compare it to is the motion of the plates now. But even then, you need to know the motion of the blob, not just a static image.
From the above, we can conclude that before the moment of the so-called “Big Bang” in the Universe there was a certain material sphere with a diameter of about 20 thousand km, the substance in which was in the stage of the limit of density (the state of singularity). Let’s call this sphere ProtoEarth.
No we can't.
That is a massive leap with no rational justification at all. Likewise, pretty much everything that follows is just wild speculation with no justification at all.
A few more arguments in favor of this model of the Universe:
- The coincidence of the apparent diameters of the Sun and the Moon in the sky.
You mean them being roughly the same apparent size, although it varies quite a bit with the moon sometimes appearing larger and sometimes smaller than the sun?
Just how does this lend weight to your model? Especially given the fact that we know the sun must be larger than the moon and further away, so it can't simply be a case of 2 very similar sized objects at a very similar distance.
- The coincidence of the axial periods of rotation of the Sun and the Moon (27 days).
For which part of the sun?
It is known to have different rotational periods. At the equator it is 25 days, at the poles it is ~35.
- Only Mercury and Venus have no satellites.
- Only Mercury and Venus have incommensurably large periods of rotation around their axes 58 and 243 days, respectively (Earth, Mars – 1 day; Jupiter, Saturn – 16, 17 hours; Uranus, Neptune – 9, 10 hours).
- In each lower conjunction (that is, during the closest approach to the Earth) Venus is facing the Earth by the same side.
And how does your model help explain any of this?
You seem to just be listing a collection of facts and just asserting they support your model.
They aren't arguments in favour of your model, they are just a collection of facts.
In order to be an argument to support your model you need to explain why you would expect this in your model.
Thus, it is very similar to the fact that the Universe looks approximately like on the Tycho Brahe's model of the Universe
It looking a particular way doesn't lend any serious credibility over other models which also produce this apparence.
It would only give extra credibility over a model which doesn't visually match observations.
When comparing 2 models which do match visual observations it is their explanatory power which matters.
In your system, why is the sun so tiny? Why do the Earth and sun orbit their common barycenter?
Why does Venus circle the sun, when it gets so much closer to the allegedly much more massive Earth?
To put it simply, your model has no explanation at all for the motion of the celestial objects.
As it has no such explanation, further attempts at explanations using these alleged motions have very little usefullness.
In all this, a correct understanding of the rotation of the Earth and the Sun around a common center of mass is very important. The ratio of diameters is approximately the same as in the animation (the Earth is larger, the Sun is smaller).
And if it is very important, you would need to ensure it is actually correct, and not just a baseless assertion.
The rotation of Venus around the Sun is very similar to the rotation of the Moon around the Earth, except for the direction of rotation.
No, it is vastly different. The moon is tidally locked to Earth and has a rotation period and orbital period that are equal.
Venus rotates in the opposite direction to its orbit and its orbital and rotational period are different.
As you can see from the quote above, in the official model of the solar system there is no explanation for such an orbital phenomenon of Venus
No we can't see that, as the quote you provided has no discussion at all on the explanation.
The explanation is quite simple, the rotational period of Venus and orbital periods of Earth and Venus coincidently match up.
Look at all the planets where it doesn't happen. Why should Venus be special?
Also, you left out a part of the quote:
"This is almost, but not quite, exact. For synchronicity the spin would have to be 243.16 days, well outside the error bounds of the present determination."
because it can in no way be a coincidence
Why not?
The paradox here most likely lies in the misunderstanding of the reference point (coordinate system). When calculating the orbital rotation period of the planet (in this case, Venus), the immobility of the Sun and the rotation of the Earth around it are taken into account, and therefore the paradox of the mismatch of the orbital and axial rotation periods of Venus (225 and 243 days) and the fact that “in each lower conjunction (that is, during the closest approach to the Earth) Venus faces the Earth with the same side.”
Even if you have the sun and Earth rotate about a point in space like in your diagram, you still have a mismatch.
The only way to avoid such a mismatch is to have it such that after a half integer multiple of years Earth has made one more orbit than Venus (or vice versa).
In any other case, they will not line up as needed.
If you wish to disagree, feel free to draw a diagram showing them at 2 consecutive lower conjunctions.
And remember, it isn't exact.
But since the convergence of the Earth and Venus occurs approximately once every one and a half years
The problem with that is that it is only approximately once every 1.5 years (or more accurately 1.6 years). You need it to be exact (or very close to exact) in order for your explanation to work.
This is difficult for a spatial representation[/b] (especially considering the massive brainwashing with the official model of the solar system)
No, it would quite trivial for a spatial representation. Especially given what you have already provided. The more likely reason you don't provide it is that such a demonstration either wouldn't match reality (as the time scale would be wrong) or it because it shows that the periods don't match and that your claim of such a better explanation is wrong.
And of course, you have to go an insult everyone that accepts reality as being brainwashed, rather than accepting that the official model is based upon loads of evidence gathered over a very long period of time by countless people.
Also, having the Earth and sun orbit a common point doesn't help the explanation at all.
If it was actually the needed 1.5 orbits, then the orbital and rotational period of Venus would match in the current model.
The relative positions are still all the same.
Again, assuming it was a perfect match, then you start with a vertical alignment with the sun at the top, followed by Venus then Earth.
Then after 1.5 Earth years, Earth is at the top, the sun is at the bottom and Venus is in the middle.
During this time Venus would have orbited the sun 2.5 times and rotated 2.5 times such that the side that was facing down is now facing up.
This would be true in both models.
Likewise, if it was tidally locked to the sun, it would also work in both models, as the same face would always point outwards and thus for an inferior conjunction the same face would always face Earth.
So for Venus, your model offers no explanatory power and is in no way better than the current model.