dtnovels Chapter 70: Repulsive Force
Chapter 70: Repulsive Force
In the year 145 of the Interstellar Era, based on information obtained from the Alliance on Changwang Star, the Lunar Empire fleet began to dispatch large fleets to conquer the Triangular Galaxy Alliance and some advanced civilizations.
The Alpha Fleet and the combined fleet consisting of seven fleets from the 5th to the 11th were dispatched to the super-large, super-bright blue orb in the Triangulum system.
That blue cluster is a bluish nebula composed of numerous young stars, spanning nearly 600 light-years. The sheer number of newly formed stars within it is enough to create a large globular cluster. From the ultra-long-range "Sky Eye," it can be seen that some stars, due to their immense mass, had long since completed their evolution and exploded as supernovae. The high-energy radiation left behind by these supernova explosions ionized the surrounding hydrogen, forming a vast cloud of ionized hydrogen gas.
Lunar Empire scientists believed that the blue orb of light could be used to collect large quantities of hydrogen ions to meet the Empire's needs for star creation, and also to use the intelligent energy beams of the Sniper Starships to transform some young blue stars into neutron stars, thus giving the Imperial fleet a neutron star arsenal. It was a win-win situation.
However, according to the information obtained from the alliance on Changwang Star, that place is a place where alliance members are prohibited from setting foot, and it is listed by the alliance as an extremely dangerous area.
Driven by the desire to acquire abundant hydrogen ion resources and more neutron stars, the combined fleet of seven fleets from the Lunar Empire embarked on a journey despite knowing it was an extremely dangerous region.
Using artificial stellar black holes and constant hopping and warp drive, the combined fleet spent more than a year reaching the vicinity of the blue nebula. This blue nebula, with a diameter of 600 light-years, has more than forty massive stars with a mass of more than ten times that of the Sun in its central region within a 20-light-year radius. The remaining regions are scattered with more than three hundred young stars that were born two to three hundred million years ago, twenty-six white dwarfs that were formed after supernova explosions, and seven neutron stars.
This blue nebula emits intense X-rays and ultraviolet radiation, which sweep through the surrounding space, ionizing the surrounding hydrogen gas and creating a large number of hydrogen ions. These hydrogen ions then collapse and rotate under the gravitational pull of some blue stars, slowly turning into dense clusters of hydrogen ions. These clusters of hydrogen ions will give birth to new stars in the future.
With its extremely strong X-rays and ultraviolet radiation, and incredibly strong gravity, it's no wonder the Alliance designated this area as an extremely dangerous zone. The Joint Fleet naturally stayed far away, conducting various scientific experiments and reconnaissance activities on this blue nebula.
After pinpointing the exact locations of those neutron stars, Combined Fleet Commander George ordered the dispatch of AI-controlled transport ships to collect the surrounding hydrogen ion clouds.
An AI-piloted sniper ship, the Hercules, sped into the Blue Nebula at light speed to begin its neutron star salvage operation. Six months later, the sniper ship reached the nearest massive star. It emitted a beam of intelligent energy, transforming the star into an artificial black hole, and then fired a very thin beam, opening a wormhole to quickly reach the vicinity of a neutron star, which it then harvested. Using this method, the sniper ship continuously hopped through artificial black holes, collecting all seven neutron stars in the Blue Nebula into its vessel.
When the Sniper Starship returned to the Combined Fleet base, six years had passed. During those six years, the Combined Fleet had naturally collected a large amount of hydrogen ion clouds, which were bound and compressed by an alternating strong magnetic field, slowly rotating around a coaxial magnetic ring.
The Combined Fleet left two large portals near the Blue Nebula and used them to return to New Home 1.
Six years later, the Lunar Empire base also delivered a major piece of good news to the Combined Fleet.
After the Imperial scientists stripped away the Changwang Star, they were able to study the "energy matrix" and its "pipes" of the large metal sphere more conveniently and in greater detail. They finally understood the principle behind the generation of the Klein force field and finally solved the mystery of dark matter and dark energy. Dark matter is actually neutrinos, and dark energy is antineutrinos!
In past research, Imperial scientists considered the following to be beyond question.
Neutrinos are electrically neutral and have extremely small mass, interacting almost no with ordinary matter and having virtually no effect on the material world. Despite their lightness, neutrinos are a crucial component of dark matter in the universe, accounting for a significant proportion of the total mass of the cosmos.
There are three types of neutrinos: electron neutrinos, m-neutrinos, and t-neutrinos. Each of these types has an antimatter form, and neutrinos can annihilate their corresponding antimatter counterparts. Neutrinos have a unique property: they can transform from one type to another while traveling at near the speed of light. This transformation refers to the probability of transformation itself; for example, an electron neutrino may become a m-neutrino, and a m-neutrino may become a t-neutrino. This transformation is commonly referred to as neutrino oscillation. Neutrino oscillation follows sine and cosine laws.
In principle, the three types of neutrinos oscillate with each other, combining in pairs to form three oscillation modes. The first oscillation involves the interconversion of electron neutrinos and m-neutrinos; the second oscillation involves the interconversion of m-neutrinos and t-neutrinos; and the third oscillation involves the interconversion of electron neutrinos and t-neutrinos.
Neutrinos produced by nuclear reactions inside stars are electron neutrinos. When low-energy stellar neutrinos pass through a star, they undergo a first type of oscillation, transforming from electron neutrinos into m-neutrinos. When m-neutrinos pass through the "vacuum" between planets, they undergo a second type of oscillation, transforming from m-neutrinos into t-neutrinos.
Neutrinos have many sources, including the interaction of high-energy cosmic rays with the atmosphere, solar nuclear fusion, nuclear fuel decay in reactors, and element decay within planets. Neutrinos from these different sources all oscillate.
However, through the study of the "energy matrix" of the large metallic sphere, scientists from the Lunar Empire discovered a fourth and a fifth type of neutrino.
The fourth type of neutrino is the sterile neutrino. Normal neutrinos can sense the weak nuclear force and interact occasionally with particles in the atomic nucleus, but sterile neutrinos are different. They do not react with any matter or antimatter, and do not participate in any interactions other than gravity. Sterile neutrinos constitute dark matter, which has gravitational properties and is present everywhere in the universe; the gravity of galaxies is mainly contributed by them. Sterile neutrinos are, in fact, gravitons.
The fifth type of neutrino, the anti-dry neutrino, does not react with any matter or antimatter and does not participate in any interactions other than repulsive forces. Anti-dry neutrinos constitute the repulsive dark energy that exists everywhere in the universe, contributing to the repulsive force of the universe's accelerating expansion. In essence, the anti-dry neutrino is a repulsive particle.
The "energy matrix" and its "pipelines" created by the "Matrix Civilization" generate a Klein force field mechanism that utilizes the interaction of dark matter and dark energy, namely, the interaction of inert neutrinos and anti-inert neutrinos, to achieve the flipping of space.
The large metallic sphere, known as the "energy matrix," powers the "pipeline." This pipeline collects a large number of neutrinos (electron neutrinos, m-neutrinos, and t-neutrinos) emitted by the sun and present near Changwang Star. It then continuously produces antineutrinos (anti-electron neutrinos, anti-m-neutrinos, and anti-t-neutrinos). The annihilation of neutrinos and antineutrinos provides energy to the energy shield. After the annihilation, a large number of inert neutrinos and anti-inert neutrinos—gravitons and repulsive neutrinos—are produced. From a planar perspective, this appears as periodic sinusoidal oscillations between inert and anti-inert neutrinos; from a three-dimensional perspective, it appears as periodic spatial flips, forming a Klein force field. This field circulates the energy from the annihilation of neutrinos and antineutrinos in the flipped space with extremely low energy loss.
Humans have utilized the property of the Klein force field to flip space, enabling faster-than-light (super-distance) signal transmission of inert (or anti-inert) neutrinos. This faster-than-light signal transmission is called "klein communication."
The discovery of the secrets of dark matter (inert neutrinos, gravitons) and dark energy (anti-inert neutrinos, repulsive gravitons) excited all humanity in the lunar empire. Using dark matter and dark energy, the lunar humans began to conduct numerous experiments, constantly coming up with new and innovative ideas.
Dark matter and dark energy exist everywhere in the universe. By utilizing the Klein force field to perform spatial flips, intergalactic travel could be easily achieved, much like a Klein bottle. However, to achieve intergalactic travel, a large Klein force field needs to be created, which involves the oscillation of both positive and negative sterile neutrinos. Currently, the Lunar Empire needs some time to achieve this and overcome certain difficulties. If intergalactic travel in Klein bottle space were achieved, it seems that portals, teleportation rings, and rotating twins would no longer be necessary.
In the year 153 of the Interstellar Era, the Lunar Empire fleet re-examined the "Earth-Moon Connection Project" implemented in the year 136 of the Interstellar Era. The Lunar Empire realized that although the "Gamma-ray Morse code matrix" could transmit signals faster than the speed of light, the emitted gamma rays would still collide with, reflect, and refract with particles of matter in the galaxy, which could distort the information.
Taking advantage of the properties of inert and anti-inert neutrinos—that they do not react with any matter, easily penetrate matter, and can be transmitted over long distances—the Lunar Empire used alternating neutrino oscillation technology with gravitons and repulsionons to realize the "Morse-force modulation matrix." They sent a similar message to the "Earth-Moon Connection Project" to the new Earth in the Milky Way, along with the latest information on intergalactic travel through Klein bottle space and the method for creating the "Morse-force modulation matrix."
The information carried by the "Morse modulation matrix" is expected to reach the new Earth in the Milky Way in a year.
Inert (or anti-inert) neutrino superluminal (super-distance) communication does not require the use of quantum relays that may be affected by long-distance interference, as is the case with quantum communication, and it also avoids the trouble of destroying two stars of the same mass and a "smart super energy exchanger" to transmit variable light signals.
Just like seventeen years ago, all of humanity in the Moon Empire began to wait once again for a response from the Earth Empire in the Milky Way. The complex emotions they felt were indescribable.