What is Call Jumping?

Space jumping technology is based on the development of string theory. It realizes hyperspace jumping technology based on cosmic strings constructed based on artificial wormholes. Because of the current science and technology, it is impossible to create cosmic strings by artificial means, so scientists have Put forward a conjecture: During the Big Bang, a large number of strings were generated. It is generally believed that they continuously merged to produce large cosmic strings, and their length was about 10 billion light years or more. Cosmic strings are difficult to observe directly with telescopes, but can be found indirectly through gravitational lenses. The usual gravitational lens is because of the gravitational effect of galaxy clusters, which distort the light. You will see that the galaxy behind the galaxy cluster is divided into two virtual images, but the images are distorted, and the gravitational lens effect caused by the cosmic string will not cause the distortion of the image ^1] . But so far no case has been found that can be considered a cosmic string.

The definition of "string" is that the length of the string is 10 ^ -34 meters, vibrates 10 ^ 42 times per second, the vibration speed reaches the speed of light (about 300,000 kilometers per second), and there are one or more nodes that do not vibrate when vibrating. Strings are divided into open and closed strings. The most classic examples of open strings are photons (elementary particles of light) and matter, and closed strings have gravitons (bearing gravity). The open string is like a line segment with two endpoints. The photon has the simplest open string vibration mode with only one node. The closed string is like a rubber ring with no endpoints. The graviton has the simplest closed string vibration mode with only two nodes. node. According to research, the particle vibration mode in a binary star system is similar to the vibration mode of a "string". Therefore, the binary star system is considered to be the most likely to leave the cosmic strings produced by the Big Bang ^[3] .

Spatial jumping techniques are similar on nodes

A pair of reverse dynamic tensors formed by two rapidly oscillating anti-gravitational fields generates a strong shear force. Normally, the interaction between the pair of shear forces is dissipated through high-frequency gravitational radiation without any significant macroscopic quantum phenomena. But if the stress (the interaction described above) is confined to a limited range, then this tensor field will eventually form an extending high-curvature tentacle, just like a structure in a space-time continuum. Specifically, this tentacle will form a self-avoiding four-dimensional flow pattern, which makes the tentacles continuously extend outward. Just like the magnetic field in time-space, the top of the tentacles has a maximum curvature, and the curvature is large enough to form a small tentacle in the distant high-density star field. The two tentacles will touch and merge naturally. A similar phenomenon in life is that when the lightning strikes the ground, the top of the dropped lightning actually produces a small lightning that diverges from the ground, and the two merge somewhere above the ground to form a closed Current loop.

Space Jump Technology Stargate

As the name suggests, "string" is the shortest "line" connecting two points between the stars. It is usually called the interstellar gate or interstellar road (hereinafter referred to as "star gate").

The "string", which is a star gate, is mainly composed of a so-called super-large boson sphere, which is based on a basic mass field of medium mass and strongly interacts with gravitational waves. The celestial body is full of super-large boson plasmas, which reflect gravitational waves, which is very similar to the reflection of light on a mirror surface. By adjusting the density of the plasma, high-frequency gravitational waves are reflected to cancel the shear tension, and the generated radiation will be stored in the celestial body. The internal heavy stress at the resonance point will steadily grow like a mesh, and eventually form a high-curvature tentacle. Similar to the laser, it generates extremely strong and dense electromagnetic energy beams by reflecting the resonance in the cavity.

The distance between the ends of the two wormholes depends on the two factors of the mass of the star in the binary system and on which resonance point the star gate is located. In order to connect the two star gates, the application of trial and error is essential and usually takes many years. This is because we cannot predict where the tentacles formed in the tensor place will appear. But we can build heavy stress fields in nearby galaxies without reaching critical points, and the tentacles are constantly extending. Although it still needs to be tried, the possibility of connecting the two star gates is increased. This is the same reason as using a lightning rod in a thunderstorm.