Free Web NovelChapter 1211: Chapter 586 Spatial Compression and Cosmic Theory_2
She pointed at the door and continued, "Once the door opens, you’re in the capital; that would be great."
At that moment, Zhao Yi suddenly pushed the door open and said with a smile, "Even if such technology really existed, I doubt you’d get to experience it."
"You’re out!" Zhao Linlin exclaimed happily as she stood up. She thought Zhao Yi might take several days, but he had come out in the evening.
Lin Xiaoqing walked over and asked, "How did it go, Zhao Yi? Did you make any discoveries?"
"A huge discovery!" Zhao Yi said with a smile. "I solved a problem that had been bothering me for a long time. Thank you both." He pointed at the two and added, "You and you."
"Thank us?"
Zhao Yi said, "Of course. In scientific research, inspiration is very important. Without you two, it would have taken me much longer to come up with it."
"Right."
Zhao Linlin changed the subject and asked, "You mentioned earlier that I wouldn’t be able to experience it, why is that?"
Zhao Yi replied, "The power is too great. Using this as a mode of transportation on Earth is probably not feasible."
"What?"
Zhao Yi didn’t explain further. He had determined that the opposing effect for Z-waves was to induce ’compression’ in space.
For instance, compressing a space of one hundred cubic meters down to one cubic meter.
When space is compressed, it directly affects the matter within. Unlike space barrier effects, which reduce the gravitational force felt by massive particles by decreasing the spatial pressure on them, space compression at the particle level actually compresses the volume of matter. freewebnσvel.cѳm
For example, a ten cubic meter boulder, if subjected to tenfold spatial compression, may rapidly shrink down to one cubic meter in size.
That is the theoretical maximum.
Because particles resist the increased pressure of space, a huge opposition force is generated, akin to a spring releasing resistance when compressed. When matter is affected by space compression, its internal structure produces a reactive force, and at the same time, mechanisms to prevent the particle structure from being damaged unfold—
Magnetic fields!
Zhao Yi’s greatest achievement was proving that spatial compression induces magnetic fields in massive particles. The greater the intensity of spatial compression experienced by the matter, the larger the resulting magnetic field.
The magnetic field ’resists’ the effect of spatial compression, and the strength and range of the magnetic field will determine the maximum value of spatial compression.
By calculating based on the strength of Earth’s magnetic field, Zhao Yi couldn’t derive an exact value, but he estimated that the maximum compression ratio could exceed a hundredfold.
If it were in the vacuum of outer space, theoretically devoid of massive particles and not covered by magnetic fields, the effect of Z-waves on spatial compression would exponentially intensify.
...
Having completed his theoretical research, Zhao Yi returned to the capital with Lin Xiaoqing and Zhao Linlin. Upon arriving at Yanhua University, Lin Xiaoqing went to arrange accommodations for Zhao Linlin.
Zhao Yi went to the faculty building and continued to focus on organizing his materials.
One aspect was the content on Z-waves and spatial compression.
Z-waves represent space reversal energy, a very important discovery. Space reversal energy corresponds with space expansion and allows for space compression.
If space compression technology could be developed, its potential for growth could be described as limitless.
For example, its application in the aerospace field.
The release of powerful Z-waves in the universe could compress distances at the spatial level. Correspondingly, spacecraft with space barrier effects could travel within it. Their speed would not solely depend on propulsion, and theoretically, it could be possible to surpass the speed of light.
Or, take its application in the material field.
Space compression would have a direct effect on materials, specifically ’compressing’ them at the particle level.
Could this be applied to material manufacturing technology?
And so on.
If applied to weapons manufacturing, the current understanding of Z-wave technology would already be almost sufficient, and there would be no need to apply the ’space compression’ process.
This is a galaxy-level technology, and using it to manufacture weapons on a single planet is somewhat an overkill.
In fact, Z-wave technology has already been applied in weapons manufacturing.
The Aerospace Bureau, military-industrial complex, and anti-gravity team have collaborated and are already developing satellite-type Z-wave generators, the interior design of which was conceived by Zhao Yi.
This is a new type of satellite weapon, not the kind that ’strikes satellites’, but rather one which is launched into space like a satellite, locks onto its target using an integrated satellite radar system, and then fires Z-waves to destroy the target.
The military believes that Z-wave satellite weapons will become the core of future global defense strategies and strike systems.
Zhao Yi is not concerned with military issues.
After organizing the content on Z-wave reverse energy, he seriously composed the mathematical logic of cosmic theories. The discovery of the properties of Z-wave reverse energy had given him a whole new understanding of the universe.
The Big Bang cosmological theory posits that the universe started from a hot, dense singularity. During its evolution, there was a phase that transitioned from hot to cold, while the expansion of the universe caused the density of matter to evolve from dense to sparse, as in a vast explosion.
The establishment of the Big Bang theory is based on two fundamental assumptions--
The universality of physical laws and the cosmological principle.
The universality of physical laws refers to the application of all existing physical laws at any time in any cosmic space.
"The universality of physical laws," as a concept, has also been constantly subjected to proof by the scientific community, for instance, by using experimental evidence to show that the relative error in the value of the fine-structure constant has not exceeded 10^(-5) for most of the time since the birth of the universe.
Furthermore, through observations of the solar system and binary star systems, the General Theory of Relativity has been very accurately experimentally verified.
On a broader cosmological scale, the empirical successes achieved by the Big Bang theory in multiple aspects also strongly support the General Theory of Relativity.
However, Zhao Yi was certain he could overturn the Big Bang theory because the discovery of the effect of spatial separation on particle velocity and the discovery of Space Link Technology had already refuted ’the universality of physical laws’.
When space itself becomes linkable, allowing massless particles to move at unrestricted speeds, the existing physical system is bound to be greatly impacted.
Since the exposure of anti-gravity technology, the physics community has been greatly affected because top physicists were unable to use existing physical theories to explain Photon Anti-gravity Theory; they could only consider photon anti-gravity to be an entirely new physical system.
So, the problem arises.
Physical laws and logic that conflict with the photon anti-gravity system are certain to be considered incorrect or subjected to certain degrees of modification.
Since the universality of physical laws has been confirmed to be erroneous, the foundation for the Big Bang theory no longer stands.
Zhao Yi’s understanding of the universe is that space is the foundation for the existence of energy, and the expansion of cosmic space originates from space’s absorption of energy, similar to how a drop of water spreads on the ground, continuously increasing its coverage area.
And matter is the product of energy resisting absorption. Under the pressure of space, matter continuously aggregates, eventually creating massive objects that produce intense magnetic fields. These objects resist the absorption of space by continually forming powerful Z-wave radiation, compressing the expanding space.
Ultimately, space will continue to shrink, and when it becomes too small to contain matter, matter will lose its foundation for existence and be annihilated, transforming entirely into energy, leading to a new cycle of ’space absorbs energy and expands’.
Round and round, in an endless cycle.
"Actually, if one understands it in terms of outward appearances, it’s not too different from the Big Bang, but once the underlying logic changes, everything becomes different..."
"This document should still be archived for the time being, space mathematics needs to remain confidential."
"Perhaps one day, it can be published, right?" freēwēbnovel.com
After organizing his materials, Zhao Yi walked out of the room and saw a group of people standing outside.
Among them were some senior leaders.
The senior leaders immediately came over and asked, "Academician Zhao, how is the research coming along?" He knew Zhao Yi was researching Z-waves, and Z-waves were just too critical.
Zhao Yi nodded and said, "I’ve made significant progress." But he didn’t explain further and instead stated directly, "My research has made a breakthrough, and next, I must conduct experiments to test it, so I need to apply for research funding."
"No problem!" The senior leader agreed immediately, "How much funding do you need?"
Zhao Yi stroked his chin in thought, estimating a number, "For the initial phase, let’s start with three billion."
