Gravitational waves are the next tool for creating new models for cosmology.

Gravitational telescopes can be sharp as optical telescopes. They might use miniaturized nanotechnology, which means the small-size cells and the laser rays might jump between the edges of the cells. That thing makes it possible to create the miniaturized version of Ligo.

And the length of laser rays that measure the gravitational waves can travel the journey of thousands of kilometers in the nano-size systems. Those systems can form large entireties. And maybe someday in the future, we can create a gravitational telescope that can be aimed to the point, where gravitational radiation comes.

In some visions, gravitational telescopes can be a large group of miniature satellites. Between those satellites travels laser rays like a giant spider's web. Those miniature satellites can also have an optical sensor that helps them to detect cosmic reactions and aim the laser web at those points. That kind of system can be the James Webb-telescopes gravitational version.

Maybe gravitational telescopes are like these futuristic mega telescopes. The gravitational super-telescope along with the James Webb telescope can give more data about the universe than any system before.

Gravitational James Webb-telescope can be the most powerful sensor. That has ever been created. The reason for that is simple. Gravitational waves are brand-new tools in astronomy and cosmology. Deep knowledge of gravitational waves and their nature can help to make things like WARP drives and other very interesting tools. The antigravitation makes it possible to turn large objects out from the trajectory. Antigravitation should be possible because gravitation is radiation. And all radiation can turn in another direction.

Gravitational waves can uncover secrets of a black hole's internal structures. And they can also use it to see things that are invisible to us. Because gravitational waves are brand new observation tools, that means. Every single new gravitational sensor can give a new type of information about the reactions in our universe.

Maybe gravitational waves can answer things like what the fourth dimension looks like, or maybe someday, gravitational waves can prove the existence of the multiverse. But the technology that detects gravitational waves is quite new. And that means there would be lots of new information about the universe and what gravitational waves can bring.

https://anewtonsapple.blogspot.com/2023/06/the-claimed-antigravitational-engine.html

https://scitechdaily.com/harnessing-gravitational-waves-to-explore-the-early-universe-and-answer-fundamental-questions-in-cosmology/

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