Ready for gravity?

In your theory of gravity you state: 'Decrease of the pollution of the planet is by far the most urgent task. Transport is the greatest source of pollution. Hence, designing gravity generating devices to revolutionize transport should be one of the most urgent projects of Earth. Fighting gravity doesn't make sense anymore.'

But you have withdrawn the very article that allows people to understand the first step in achieving this! Why is this, is just doesn't make sense?

AJ

There are numerous reasons for my choices. One is that humanity on Earth is not yet ready, even for a discussion on the topic of gravity. People here don't even want to know what is under their own feet. They seem to fight one another forever for the most ridiculous and irrelevant reasons and let themselves be lead by narrow-minded idiots... Global volcanic activity resulting from already observable global warming will be a great surprise. Another is that I haven't finished my gravity research yet.

Tom

In New Scientist, 27 Nov 2004, there is an article that describes some strange and yet unexplainable phenomena associated with motion of pendulums during solar eclipses. Can your theory explain mysterious behavior of a pendulum during Solar eclipses?

Jose

It is highly likely that erratic motion of pendulums during some solar and lunar eclipses is related to increased seismic activity associated with these events.

During every new moon (a solar eclipse is a special case of a new moon) and every full moon (a lunar eclipse is a special case of a full moon) the Earth's crust experiences extreme stresses as Earth spins around its axis. During every new moon, gravity attraction forces from Sun and the Moon add up, and during every full moon they stretch Earth's crust in opposite directions. Hence, during those periods, there is an increased likelyhood of stress release in tectonic plates (earthquakes and motion of tectonic plates).

During even a tiny and slow earthquake, any pendulum suspended on Earth's crust will behave erratically, simply because its pivot is not stationary.

Since earthquakes are not repeatable events, sometimes they do not occur, even though their likelyhood increases. This explains why erratic motion of pendulums is not a systematic repeatable phenomenon and is not detected during every solar/lunar eclipse in all places on Earth.

What pendulum experiments tell us is that there exists a correlation between the position of the Moon and the likelyhood of seismic activity. For more insight on what else our Moon does to Earth please read this article. (12 Dec 2004)

Tom