If you are in the area between the center of the Earth and the Moon today at. At 11 a.m., do a scientific experiment with pendulums
That is, if you happen to be or someone you know happens to be today at. At 11:00 on the same line as the Sun, the center of the Earth and the Moon, it would be worthwhile to do scientific experiments with different pendulums.
I don’t know exactly how the center of the Moon hits the same line as the center of the Sun and the Earth, but in the future, the better, the more likely it is possible to detect disturbances in the pendulums.
We here in Finland today have a partial lunar eclipse, and it can be concluded that the expanding densities transmitted by the Sun do not push towards the Moon after they have pushed through the center of the Earth.
Well, of course, it also depends on how big an area inside the Earth is demarcated into a center.
But anyway, the longer these expanding densities that transmit the pushing force move within the Earth, the more time the expanding pushing force from the expanding nuclei of the space-expanding Earth will push into them.
The faster the internal motion / time and the stronger the interaction with the expanding densities transmitting the pushing force.
The more the expansive densities that protrude from the Moon interact, the more exponentially the expanding condensations from the Sun expand, and thus their internal motion / time accelerates and their interaction with the environment intensifies, and so on.
So these pendulum experiments should always be done where the centers of the Sun, Earth, and Moon are as straight as possible.
And also during the lunar eclipse
And on both sides of the Earth.
In the future also on the Moon on both sides of the Moon