Technology: Breaking the monopoly global hegemony

Chapter 2142 Theory
"Professor Boers, I think this kind of time travel that relies on high-speed motion cannot violate the law of causality. It is very likely that the so-called parallel world will appear the moment we complete the time travel!"

"Professor, I think the concept of time in Daxia's religious philosophy is very meaningful. Daxia's ancient philosophers believed that time exists in the past and the future, but we always live in the present, without a future or a past. Perhaps our observations and thoughts are not real either..."

"I'm sorry, but I don't think that materials that can support time travel will be developed within a hundred years at least. As long as we humans still have this biological structure and are still trapped in the solar system, time travel is simply impossible."

"If time travel is possible for us humans, we should be able to find guidance for future humans a long time ago,"

"Researchers at the University of Queensland in Australia have come to the conclusion through data modeling that even if humans can go back in time, they cannot change what has already happened. So the law of causality should not be considered for the time being."

"How can we deny or not consider it? The ultimate pursuit of materials science is to continuously explore and discover new materials. We study the composition, structure, process, properties and performance of materials from the atomic scale to the macro scale, and provide a scientific basis for the design, manufacturing, process optimization and rational use of materials. Now, an interdisciplinary and cross-era research topic is in front of us. We should maintain the most vigorous and strongest curiosity and try our best to think of all ways to complete and solve these problems!"

Although materials science is a basic discipline, its research field is extremely broad, and all aspects of modern people's lives are inseparable from the achievements of materials science.

All electrical equipment and chemical equipment require the use of metal materials, polymer materials, ceramic materials, composite materials and other materials. Every advancement in related materials will effectively promote the upgrading and even transformation of related industries using this material.

For example, the application of silicon-based semiconductor materials in the electronics and information age. After upgrading to carbon-based semiconductors, more and more dangerous environments are using carbon-based chip smart devices that can withstand high temperatures and severe impacts.

Elite students, doctors, and assistants from all over the world began brainstorming at this moment, each sharing their own theories and understandings of materials science and time travel.

At this time, Professor Boers was more of a listener and recorder, and would occasionally stand at the height of his knowledge and put forward some theoretical ideas.

Sometimes I will be recognized, but sometimes I will be refuted by the PhDs I taught.

However, this rebuttal did not make him angry, but instead encouraged him to discuss it in depth.

The role and significance of theoretical discussion are very important. It can provide a framework and guidance for research and help determine the basic assumptions and research methods.

Through theoretical discussion, after obtaining interim theoretical results with the right direction, researchers can clarify the research objectives, choose appropriate research methods, and set experimental conditions and parameters to ensure the scientificity and rationality of the research.

And unlike experiments involving equipment, theoretical discussions allow researchers to explain observed phenomena, reveal their underlying causes and mechanisms, and provide predictive explanations for future research.

This explanatory and predictive ability does not require a large amount of research resources to draw enough conclusions. While improving scientific research efficiency, it can also help guide the formulation and implementation of experimental plans.

Among them is a top talent, Huo Xin. Almost all of the theories he proposed were produced without experimental verification. Although they have a wide impact, Huo Xin did not win the Nobel Prize because the Nobel Prize Committee will only award the Nobel Prize after the theory has been experimentally proven. Interestingly, while scientists from the three top American laboratories, Lawrence Berkeley National Laboratory, Bell Labs, and Los Alamos National Laboratory, were fighting on their own and thinking about how to get the bonus for the corresponding project of the "Decryption Award" with their theories, scientists from the European Organization for Nuclear Research had already planned to gather together and try their best to obtain all the rewards from Jiuzhou Technology.

Cash rewards, they want them.

They want laboratory quotas and permanent residency quotas in Kunlun City.

They even want a spot on Jiuzhou Technology’s lunar base!

Twenty years ago, CERN was the largest particle physics laboratory on the blue planet, operating the world's largest particle accelerator, the largest large chamber and the largest heavy liquid chamber.

At its peak, the Center for Nuclear Research laboratory employed more than 3000 full-time employees and approximately 80 scientists and engineers from 6500 countries, representing more than 500 universities and institutions, conducting experiments at CERN, accounting for about half of the world's particle physicists. The laboratory was also the birthplace of the world's first website, the first web server, and the first browser.

Once famous for discovering the Higgs boson, it also accidentally discovered penicillin, and the scientists at this research center have never stopped exploring the Big Bang.

Top scientists from many countries including Austria, France, Germany, Italy, Belgium, Denmark, Sweden, Norway, Great Britain, etc., all want to take advantage of this opportunity to take a step forward!
That's right, just take a step forward.

The longer they study in this field, the more they feel their own stupidity and the limitations of their knowledge. While they are alive, if they can advance this topic forward in a solid, scientific, and real way, it will be a major breakthrough.

These top research laboratories and university professor teams abroad are working so hard, so Daxia's local laboratories, universities, and research institutions are naturally even more excited.

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For example, theoretical physicists Mai Feng and Yang Qiu from Yenching University once proposed a theoretical concept, which is to transform a Schwarzschild black hole into a giant macroscopic battery by injecting charged particles into it.

In their theory, this extremely special black hole battery can be charged through a special device connection and generate electricity that can be used by humans. Its energy conversion efficiency is extremely high, hundreds of times that of an atomic bomb.

Once their conceptual theoretical articles were published, they attracted the attention of many companies and research laboratories.

But after a detailed understanding, these gazes basically turned into indifference.

Without other reasons, the theory may be true, but the possibility of its realization is infinitely close to zero.