Wormholes and theoretical antigravity

Wormholes and theoretical antigravity

This is writing about hypothetical technology. 

Artist's impression of the saucer-shaped craft. That hovers above the swamp. There is a possibility that this kind of craft uses cathode tubes to shoot electrons and positrons into the engine of that craft. Those cathode rays are making it possible to create energy and make the craft hover unseen above the ground. There is also the possibility that those cathode rays will hit protons that are shot from the middle of the craft. But in the wildest visions, the saucer-shaped craft acts as a frame for the wormhole that makes it the teleportation machine. Maybe these kinds of systems will become a reality in the future.

This kind of system requires the existence of wormholes. In the case of electromagnetic wormholes, the craft can travel in an electromagnetic channel. The low electromagnetic pressure at the front of the craft pulls it through the channel. And things like pulsed plasma systems that form plasma impulses behind that craft can make the system more effective. The system can transmit radio waves to that craft, which denies the aging of the material.

Electromagnetic wormholes can deny the aging of material as well as gravitational wormholes. When a craft travels in those electromagnetic channels, the electromagnetic tornado or hollow electromagnetic field denies that the craft can send extra energy into its environment. The electromagnetic field can push the craft through that channel.

Antigravitation technology refers to the systems that make objects hover silently over the ground. In some versions of antigravity technology, the system creates a low-pressure area over the object. And then that low pressure pulls the object up from the ground. Sometimes it is suggested that systems can create this low-pressure area by heating air above saucer-shaped craft. In some other visions, the virtual antigravitation system creates a wormhole at the front of the spacecraft. And of course, there is the problem of how to make that wormhole empty.

Theoretically, making an artificial wormhole is easy. In real life, it's possible. That gravitational waves can keep natural wormholes open. The idea is that gravitational waves have such a short wavelength that nothing can come between them. If it's possible to create an electromagnetic tunnel where only gravitational waves are traveling, it's possible to make wormholes. But there is one thing that the system must remember. And that is that the gravitational waves are traveling on the opposite side of other energy. So those synthetic gravitational waves must be sent from the lower energy side of the wormhole. Those gravitational waves can cause an electromagnetic vacuum or low-energy zone that pulls energy into the wormhole.

In some visions, the artificial wormhole that pulls the craft inside and through it can be created by using a staged electromagnetic system. At first, an electromagnetic tornado isolates the inner area of the wormhole from the outside. Then a hollow laser beam can make that isolation stronger. And in the final sequence, the system must make that electromagnetic channel empty.

The system must just clean all electromagnetic waves and energy out of the channel or wormhole. In the final sequence, the system shoots electrons, photon-accelerated electrons, and finally photons through that electromagnetic tube to push all other particles and electromagnetic fields away from the wormhole. In the final stage, the system impacts antimatter and matter at the front of the wormhole. And that thing is hoped to create such a tight electromagnetic shockwave that it can remove final particles from the wormhole.

Theoretically, these kinds of systems might even work. The idea is that the system makes an electromagnetic vacuum tunnel that pulls the craft through it. The other side of the wormhole must be at a higher energy level than the end of that tube. And that thing allows everything to travel in that channel at the same speed. The only thing that must be feared is that the craft must not touch the "walls" or radiation at the edge of the wormhole.