The model of antigravitation is simple.

The model of antigravitation is simple. 

The model of antigravitation. 

All objects are gravitational centers. Gravitation is an interaction where both participants are sending gravitational strings. If a thing like a standing gravitational wave or another energy field that is dense enough can cause that gravitational wave reflects the direction where it comes. In that case, the gravitational interaction between objects is gone. That thing makes the object hover. 

If a gravitational string suddenly cuts the quantum field around the particle acts like a pulsed plasma engine. When the string is gone the quantum fields are impacted at that point. That causes the situation where that flash pushes the particle in the opposite direction. 

Artist's impression of antigravity

The thing that can break the gravitational string could be the strong standing gravitational wave that reflects gravitational waves in opposite directions. The reflecting gravitational waves form a situation where those quantum stretches or WIMPs form backward of the particle. And those stretches or waves push particles away from the gravitational center. 

The other model is that if one of the gravitational strings jumps to a higher energy level than other gravitational wave strings. That causes a situation that this gravitational string that is a higher energy level pushes other gravitational strings away from its sides. That pushes gravitation out from that point. 

Or if the standing gravitational wave forms between the hovering object and the ground it can deny forming of the string. That standing gravitational wave separates gravitational sources from each other and reflects gravitational waves to the direction where they came. 

The model is that all objects are gravitational centers. And gravitation is an interaction where both participants are sending gravitational strings. If those strings are cut and gravitation reflects, that thing causes real antigravitation. 

Gravitational waves' wavelength is so short that nothing can come between them. 

The wavelength of gravitational waves is so short that nothing fits between them. That causes a situation where the vacuum pulls the material to the gravitational center. The gravitational wave pulls energy out from particles at the gravitational center's side. That causes interaction where energy starts to travel to the lower energy areas it always does. And that energy pushes particles with it. 

In that model, gravitation is like a string that pulls particles into it. That string forms when a hypothetical graviton particle travels out from the gravitational center. Then the vacuum in that string pulls graviton back and that can form a stretch called WIMP. 

There is a possibility that the gravitation can interact only through WIMPs (Weakly Interacting Massive Particles) that are like stretches in the quantum field. That means WIMP acts like a hook, that pulls an object to the gravitational center. The WIMP could be the energy that pushes particles back to the gravitational center. 

Can gravitation turn inverse?

 

The old theory about the Big Bang as an event where gravitation turned inverse makes gravitational waves more interesting than nobody expected. The idea is that gravitational waves are wave motions that source is hypothetical gravitons. When gravitons send wave motion called gravitational waves those waves impact each other. 

If the energy level of those impacting waves is the same. They are forming the standing wave. The height of the waves is the energy level. And the energy level continues growing until the standing wave collapses. And that thing can explain why gravitation is so weak. 

So if we think like this, then antigravity or pushing gravity can be done by gravitational waves colliding with each other. They form a stagnant gravitational wave, which sooner or later collapses. And then those collapsing stagnant gravitational waves make a gravitational pushing effect. 

Was the Big Bang gravitational wave that collapsed? 

In some old theories, the Big Bang was a result of the case when gravitation turned inverse. So how can gravitation turn inverse? The idea is that gravitation is wave motion like radiowaves or visible light. 

The wave motion or superstrings that travel through space can impact each other. In those impacts, the stronger part of wave motion continues its journey. And the lower energy wave motion will melt to part of that stronger wave motion. 

When something turns wave motion around that turns inverse. That thing means that the wave motion's direction can change. There is the possibility that at the point of the Big Bang was a standing gravitational wave that just collapsed. 

And that collapsing gravitational wave motion would push the superstrings around it away from their direction. And if those superstrings existed before the big bang. That collapsing standing gravitational wave pushes those superstrings out from their direction. That thing causes impacts and the wave-particle duality affects those superstrings. 

In the case where the power of impacting wave motions is the same that thing forms the standing wave. The wave or energy level grows higher and higher. Until this standing wave collapses. Same way as other waves gravitation can form standing waves. So in the Big Bang, the thing could be that the gravitational wave collapsed. And that thing turned the direction of the gravitation waves. 

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