Star Empire

DH-33 Grand Triangular Constellation, Star Federation’s entire territory operations and management center.

In the dark space where stars twinkle, three extremely huge stars form a striking equilateral triangle in a manner that violates scientific common sense. These three stable three-body stars have been burning fiercely for tens of billions of years. Long.

In the eyes of the star ancestors who were still toddling in the infancy of the planet, these huge super stars were already a unique landscape; at the same time, the emblem of the Federation was also closely related to the existence of this constellation.

From the appearance point of view, these stars are similar to F-type main sequence stars. The outermost temperature is about 7,000 degrees, and the main color is yellow-white. However, their diameter is one-tenth of a light-year. Different from ordinary stars, their energy source is not only nuclear fusion, but more importantly, the black hole at their core.

Celestial objects like black holes are common and not difficult to understand. The vast majority of black holes are massive, super massive, or even dense clusters of stars in the center of galaxies. When the nuclear fusion fuel gradually burns out and iron appears in the core, the radiation pressure generated by fusion is no longer enough to resist the outer material of the star. White dwarfs, neutron stars and quark stars are all formed in a similar way.

However, the black hole collapses more violently and completely. Under the influence of huge gravity, even the quarks will be "crushed". What is born is a special celestial body with extremely high density - a black hole.

Due to its extremely huge density, a black hole will cause very strong distortion of the space-time around it. At the center of the black hole, the curvature of space-time will become infinite, and all known laws will fail there.

Regarding black holes, the first astronomers have always had doubts about this. If black holes can really continuously swallow matter in the universe, does this violate the entropy increase theorem?

The answer is: no.

Near the black hole, under the combined catalysis of strong gravity and ultra-high temperature, the ten-dimensional space axis curled up at the quantum scale will occasionally expand to the lepton scale, and the "virtual" existence that is proven to only exist in the ten-dimensional space will It quickly transforms into a pair of virtual particles on a macroscopic scale. The anti-particle will be swallowed by the black hole, while the positive particle will take away the black hole's energy and part of the information in the process. Under the action of this effect, although the black hole can It swallows everything close to the event horizon, but it cannot swallow everything around it 100% - it will also evaporate and disappear.

The surroundings of ordinary black holes are still relatively "clean". The plasma shock waves generated by extreme supernova explosions will sweep around for several light-years, blowing away and crushing everything; however, they can only be seen at supermassive black holes in the centers of galaxies and at the edges of the universe. Near the quasar, the black hole can rely on its huge mass to capture a considerable range of matter and form a broad accretion disk along the ecliptic plane. The reason why quasars are bright is that the material in the center of the accretion disk is continuously sucked in and "lit" by the violent bursts of radiation.

However, for the existence of these three super stars, the current overall physical model of the Federation cannot explain why such stars appear instead of forming a black hole and its corresponding accretion disk - to a certain extent, This does not comply with the existing laws of physics, but in the face of the iron-clad reality, any theory can only give in to reality before it can explain reality.

Perhaps, the primordial power from the birth of the world caused the existence of certain uneven nodes in this universe.

There is no doubt that the black hole in the three-star system of the DH-33 Grand Triangulum is a strange type. At the same time, the thick star structure also makes it difficult for the most powerful ships of the Federation to explore its interior without interference. structure.

Due to the theoretical special structural layering, even a super battleship wrapped in chromatic nuclear force armor cannot reach its core. According to the results currently available, outside the theoretical black hole core range of these stars, the criticality of the event horizon The scope may be distributed with a relatively large-scale virtual space——

This part of space and the surrounding normal space are slowly annihilated under the huge curvature, thus directly erupting vacuum zero-point energy. The vacuum zero-point energy can directly burn "space holes" in pure vacuum and achieve pseudo-superluminal travel. These world forces from space itself may explain why these stars have such long lifespans - the fusion of physical matter cannot persist. For such a long time, this relatively weak vacuum zero-point energy may have decayed to a certain extent - passing through the Higgs field in the process of turning back into leptons, which gave these stars their source. Continuous matter and burning power that lasts through eternity.

In the center of the Grand Triangle constellation, sits the highest administrative agency of the federation, the Territory Operations and Management Center.

From the appearance, the main building of this department is an entire artificial planet, a huge space fortress as big as a planet. The planet has a diameter of 10,000 kilometers. On the surface of the planet, there are a large number of high platforms and spiers. The information exchange and energy shield of this fortress are realized and manufactured through these buildings.

The planet's crust is a layer of chromatic nuclear force armor with a thickness of more than one kilometer. In order to forge this super huge and super powerful chromatic nuclear force structure, the Federation even tore apart more than a dozen stars to obtain enough hadron material. If there was no With graviton gravity technology, the gravity environment inside this sphere will definitely be very funny.

Under this layer of armor, which is the general planetary mantle layer, this is where the main equipment is located. The planet's overall gravitational coordination system, engines, energy coordination systems and most of the high-security office spaces are located on this layer. At the same time, here The most powerful information computer host array in the federation is also buried.

Further down, there is the power core of the entire fortress. At the core of the earth, countless deceleration buffer equipment and energy-guiding pipe networks are wrapped in layers of protective materials to restrain and utilize the huge energy in the center of the planet. The world overlaps the annihilation zone. Here, blazing white vacuum zero-point energy is continuously produced, providing surging power for the operation of the entire planet.

…

Under the planet's thick strata, in a cabin that was protected to almost isolation, Eisendel was writing new materials to popularize the grand unified theory.

Under the influence of the enhanced plug-in, the psychology of senior federal personnel will only fluctuate enough when it does not affect their work, or their personal mood changes are too strong and exceed the security management constraint threshold of the plug-in. It will manifest itself violently, and at this moment, Isendel is obviously hovering on the edge of the latter.

The depression and occlusion of the environment cannot affect Eisendel in the slightest, and the heavy work is not enough to affect him. What shocks him is the material being written in front of him.

In the face of information unification, everything needs to be re-explained.

In the past physical knowledge, the four basic forces, unified field theory, thermal motion, entropy increase and entropy decrease, various elements and materials all need to be redefined.

"This time... ah, if this... knowledge can be accepted by more people, it will be no less than..."

In the process of his own multi-threaded conception, Eisendel unconsciously mobilized the data he had memorized like a log, and began to rummage through the "ancient history" that was more or less related to this incident:

In history, people's understanding of matter first started from "macro elements". On the planet, everything is made of gold (all metals), water (clouds, rain, rivers, lakes, oceans, etc.), fire (sun, stars, flames, lightning, etc.) and earth (all moon, soil, and rocks). ), such a worldview now seems unrealistic, and even more like something that reappears in a fantasy world.

But the result is obvious. Such simple and crude classification cannot self-consistently explain everything in the world. As our ancestors continue to develop the world, many phenomena that do not conform to this "pan-element theory" are also constantly appearing. Therefore this statement was eventually abolished.

The second way to explain everything in the world is the molecular and atomic model composed of small balls. In this new theoretical system, matter still has the concept of elements, but at this time the elements have been broken down into categories based on the number of protons. Compared with the previous "pan-element theory", this classification is more scientific. The concept that it could be quantified and that standards could be formulated led to a prosperous era that will be deliberately mentioned in history until now.

But then, and even until not long ago, the observation of the microscopic world was stuck in the third-level theoretical system. In the previous second-level theoretical system, the model of atoms was similar to that of the planetary system, and the atomic nucleus acted as the star in the center. The electrons act as planets on the outside. This is because the orbits of these tiny "planets" are farther away from the stars than the macroscopic objects.

But this is not the case: in the ultra-high-energy collision of the large collider, the phenomenon of atom fragmentation reveals that the atomic structure is far more simple than protons, neutrons, and electrons. There are also smaller and mysterious mesons and leptons inside it. structure, however, the problem starts to become serious from here: microscopic particles cannot be accurately observed and manipulated.

The observer effect seems to affect everything.

Forced microscopic observation shows that starting from the hadron scale, these tiny structures seem to be like extremely compressed, highly vibrating thin "strings", and even smaller existences no longer have clear physical properties - from From this point on, observations will have a significant impact on the objects being observed. The uncertainty principle forces Federation Technology to find other methods. For the microscopic world, it stops at using macroscopic means to interfere.

As for laws, the federal scientific outlook on the laws of the universe, except for a little arrogance, is quite "submissive" most of the time.

"The laws of the universe are the operating foundation that have been laid since the birth of the universe. We have no power or ability to shake these primordial bricks." During that brief period of arrogance, the Federation believed that the entanglement effect of an extremely large number of photons could The realization of super-light information transmission broke the restriction of the light speed barrier. Therefore, during that period of time, the Federation people regarded themselves as gods and disdained any natural laws. In other words, it was also a crazy era.

However, subsequent developments gave these arrogant guys a hard blow: photon entanglement does appear to be faster than light in three dimensions, but its essence is the same as the basic principle of high-dimensional property transitions. When the entangled photons are split, the pair of photons has a tendency to "recombine", but under the suppression of external means, they cannot really recombine. However, it should be noted here that even if the target cannot Achieved, but the trend is still there.

In one of the fifth to ninth dimensions, entangled photons will exert a pulling force on this dimension, so that the entangled photons will be pulled closer to each other in the higher dimensions. Coincidentally, , this mutual "pull force" will increase as the two photons move away from each other. When this trend force is balanced by the original resilience of space, the two photons will happen to be at a fixed distance value. This distance value is between Within the delay allowed by light speed communication.

Even if it is directly incorporated into all existing model structures, all explanations and final conclusions related to it are far-fetched - even if irresponsibly extrapolated, these contents seem to be more complicated in a sense. It's like researchers and objective theory have reached some kind of compromise.

But now, these theories that are close to practical application can be said to have passed the test of time. They seem to be completely tenable and can be considered as the laws of truth. However, they are about to be overthrown and reorganized - at least they need to be recast and reinterpreted.

In the federal database entry center, Eisendel is lying in a capsule-shaped closed cabin. After entering deep sleep, the brain's underlying computing processing capabilities can be activated to a greater extent, thereby achieving extremely high interaction efficiency. , but now, in his dream, Eisendel was almost scratching his head and blushing from the compilation of new material.

"I... it's unbelievable, it's really unbelievable... How did those madmen from so many millions of years ago come up with this set of rules..." In the virtual environment controlled by consciousness, Eisendel faced the crazy refresh in front of him. The various calculation results and model simulation operations are almost helpless.

When the grand unified theory of information was first formed more than a billion years ago, the generation of scientists who participated in this theory had long since passed away. However, they organized this set of theories into an almost completely self-consistent one. The current problem is the lack of some explanations. , and Eisendel’s job is to make up for these missing items.

For physical laws and worldly laws, current mathematical models and wave-mapping influence joint equations can already explain them.

What can be determined at present is that they are inherent "mappings" of the background information of the universe formed during the Big Bang. Each law is a unique mapping relationship, just like the functions in the mathematical system, and some laws Easy to understand and use, they look like they're on the surface -

For example, in low-speed mechanics, applying a force to an object can cause the object to move or move accordingly. The former is the independent variable, and the latter is the dependent variable, and the mapping relationship plays a transformation role in it.

As for the deep laws, such as the macroscopic expansion of high-dimensional space, the principle of annihilation of world fragments, etc., if you want to use these mappings, the required independent variables may not change essentially, but the difficulty of use will increase by a dozen. Even dozens of orders of magnitude, such harsh occurrence conditions are naturally much more difficult to discover and exploit. It is justifiable to call them "deep laws".

A major question now is: How can we use the unification of information to explain matter as the definition of the nature of everything changes? How to explain consciousness and soul, which have long been considered to be attached to matter? What is the definition of soul? What is the gap between them?

Eisendel currently has two guesses, neither of which violates the known unified laws of information. However, the actual models of these two guesses may be very different:

The first guess is that everything is composed of tiny information elements that are similar to the current quantum status and are absolutely indivisible. Then in a series of changes in the gathering and solidification of the information elements, Reflecting macroscopic properties, just like atoms, several of their main components are interoperable. However, after being stacked and combined in different ways, the materiality that the formed atoms can embody is vastly different. This kind of My guess is that it is just a generalization of old experiences from the past.

However, there is a problem: if the basic information element exists as a fixed form and is composed of everything, then all information stable states including the universe, crystal energy and even other possible existences will face a problem: discontinuity.

All things are composed of a fixed basic information element. During these processes, how does it gradually change from the state of crystal energy to an ordinary material state? What changes will occur and what factors will cause these temporary Not to mention, biological aspects of differentiation and gene expression can be used as examples, but!

The original source of everything is the theoretical endless sea outside the universe. Everything is born from a place where even the concept of "description" does not exist. There are countless kinds of things born from here. Possibly, yet would they be constructed from the same basic structure, with the same discontinuous qualities? This seems to contradict the presumption of unified information.

The second conjecture is that the object itself is a mass of information. No matter what it is, it exists in a self-consistent combination. The difference from the previous one is that all properties of matter are themselves manifestations of its information, such as a The iron block, its hardness, mass, volume, color and other properties are the embodiment of information that makes up the object - certain attribute mappings have been established since the beginning of their appearance, and intelligent creatures use them.

In other words, after the information aggregate that constitutes matter is finally stabilized, the information expression items it finally retains shape the currently understood properties of matter.

"...However, no matter which model, it is difficult to explain everything completely and appropriately... There is even a huge difference between subjectivity and objectivity..."