Genius of the Rules-Style System

Chapter 1369: Chapter 653: Intermediate Magnification and World Destruction

Zhao Yi published "Space and Cosmology" in the form of a Chinese book, but within just over a week, it was rapidly translated into various languages.

The English version of "Space and Cosmology" immediately circulated on the internet in other countries, and after obtaining Zhao Yi’s approval and signing a copyright agreement, publishing houses swiftly printed thousands, even tens of thousands of copies, yet demand still exceeded supply.

Some publishing insiders asserted, "This might become the best-selling theoretical physics book."

Theoretical physics is known for being obscure and difficult to understand, particularly the more advanced theories, which are full of various mathematical proofs; even professionals find them hard to comprehend, and related books seldom sell in large quantities.

Therefore, abroad, professional books are typically extremely expensive. The more specialized and advanced the book is, the more costly it is, as only then can the publishing costs be recouped.

The English version of "Space and Cosmology" was not an original work by Zhao Yi but a translation in comparison with the Chinese version, which was proofread by several leading physicists. Including the costs of publication, the price of each book was set at an exorbitant 890 dollars. fɾeeweɓnѳveɭ.com

At this price, it can be said that most people would not be willing to purchase it.

Obviously.

The scientists who hoped to study the content of "Space and Cosmology" were not the ones to lack funds, and even those living within modest means would bite the bullet to buy the book.

Within just two short weeks, "Space and Cosmology" sold thirty thousand copies. The publishers hadn’t expected such brisk sales and decided to print an additional one hundred thousand copies for subsequent sales.

Just by publishing "Space and Cosmology," Zhao Yi quickly took in over ten million dollars in royalties.

This does not include the domestic sales.

Of course.

This sum of money was completely inconsequential to Zhao Yi, but earning money from book sales and other methods brought a different feeling to him.

He was still somewhat pleased to see his book sell well, especially a professional theoretical physics book, as it indicated that his theory had been recognized.

And that was indeed the case.

Although the book belonged to the "theoretical physics" category, in reality, the initial sections had already been validated through practice.

For example, the steady-state space limit constant for the compression of particles at an ’e’ multiple rate. ƒrēewebnoѵёl.cσm

No scientist could refute the issue concerning the ’e’ multiple rate of particle compression, as high-compression material companies had already produced new types of compressive materials.

The fact that they could manufacture such materials certainly meant that the ’e’ multiple rate was unquestionable.

And since the ’e’ multiple rate was derived by Zhao Yi through mathematical calculations, it can be inferred that the compression rate of ’e raised to the power of pi’ for the ’anti-space limit constant’ would also be correct.

This part was all factual and could be called ’real physics,’ having already gone beyond the realm of theory.

Subsequent notions about the universe, the nature of black holes, and the like could be categorized under theoretical physics. No matter how many people believed in them, since there was no way to verify them at that time, they could only remain ’theoretical.’

When a theory is supported by empirically validated content, its influence becomes entirely different, much like Einstein’s theories, which were taken as true because much of its content had been proven. His Gravitational Wave theory was likewise considered to be factual, and for decades, many scientists, while publishing their research, referred to ’Gravitational Waves’ as if they had been proven, even though, at that time, Gravitational Waves were still just a theoretical concept.

The same is true now.

Many theoretical physicists, after seeing the content published by Zhao Yi, gave much credence to the analyses and conjectures in the latter part of his work since the former part had already been demonstrated to be true.

Then, the international physics community exploded.

"Space and Cosmology" caused a sensation, even an upheaval in the physics world, as this doctrine overturned some established systems.

For instance, the theory of gravitational collapse.

Gravitational collapse is the process of celestial bodies or interstellar material collapsing inward under the pull of their own gravity. Scientists believe that this occurs because the star itself cannot provide sufficient pressure to balance its own gravity, thus no longer able to maintain its original hydrostatic equilibrium, causing the material of the star to draw closer together and collapse.

In astronomy, the formation or demise of stars involves corresponding gravitational collapse.

However, the scientific community still does not fully understand the theoretical basis for gravitational collapse, and many details have yet to be elaborately explained.

Therefore, gravitational collapse can only be considered a theory for the time being, yet even as a theory, because it explained many astronomical phenomena, astrophysicists widely acknowledge that gravitational collapse is a real phenomenon.

Now Zhao Yi’s "Space and Cosmology" asserts that particle compression rates exceeding ’e’ can withstand spatial compression. Combined with his theory of gravity, this means that gravity cannot affect particles compressed beyond ’e’. Consequently, the collapse of stars, high-density stellar objects, and the formation of black holes may be caused by the accumulation of a large number of highly compressed particles.

When interviewed, Professor Johnson of the University of Florida’s Physics Department commented on Zhao Yi’s "Space and Cosmology," stating, "The latter part of this theory explicates the inherent differences between white dwarfs, neutron stars, and black holes. The distinction lies in the rate at which the internal particles are compressed."