The Sun Causes Lunar Tides

Is it not a heresy to say that the moon’s gravitational pull, moves millions of tons of seawater (tides) from so far away a distance, were we all know, that the moon could not even hold its own atmosphere?

And likewise, why do satellites in zero gravity space orbit around the earth, do not also get pulled by the moon’s gravitational force when these satellites are much closer to the moon than the oceans are?

According to conventional science, the tides at a given place in the earth’s oceans occur about an hour later each day. Since the moon passes overhead about an hour later each day, it was long suspected that the moon was associated with the tides. The moon’s gravitational forces cause these movements of tides which became to be known as ‘Lunar Tides’.

But I disagree.

Because I believe, that what causes the tides is actually the sun and not the moon.

According to my theory of gravity, the atom at the outer layer plate (surface of the earth) is electrically positive and it is attracted to an inner plate, which is electrically negative, and this is what gravity is all about. The outer layer plate is showered by myriads of positive electrified particles radiated from the sun that sustain the atom’s positive charge of this outer plate.

Solar panel collectors work in a similar way, the more the sun shines on them the more energy these collectors can produce.

The same could be said regarding the oceans - the more the sun shines (radiating positive electrified particles) the more of positive charge the ocean’s atom gets – less shine, less charge.

The main chemical constituent of ocean seawater is salt. Its chemical name is sodium chloride, composed of ions, which offer a good electrical ‘conductor’.

Therefore, because the oceans are salty and they have a good electrical conductivity, their atoms can gain or lose their electrical charge easily. Waves and tides occur because of the increase or decrease of the electrical charge coming from the radiation of the sun. This depends on the fluctuation of time-shine between day and night.

Imagine the oceans are as if a balloon is held between our hands. If you apply pressure with one hand on an area (x) the balloon’s air travel away from area (x) to all directions and the balloon takes the shape of an oblong.

The same happens to the area (x) of the ocean where the sun shines mostly. The atoms in this region become more positively charged, than that of the other atoms that are further away. And because area (x) has now gained more positive charge, the attraction towards the inner negative plate is now much stronger and moves this part of the ocean closer to the seabed lowering the sea level, while at the same time pushing the surrounding seawater to all directions where the ocean atoms’ positive charge is weaker - sea currents are born.

By this hypothesis, one can conclude that it is the energy coming from the sun, that produces these movements of sea currents, which in turn create the waves and causes the tides.