NOVEL Genius of the Rules-Style System Chapter 1472 - 697: Cracking Wave-Particle Duality?! _2

Genius of the Rules-Style System

Chapter 1472 - 697: Cracking Wave-Particle Duality?! _2
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Chapter 1472: Chapter 697: Cracking Wave-Particle Duality?! _2

"I feel like you’re in good spirits? You seem much stronger now than before, training must be useful," Zhao Yi commented.

Li Renzhe grumbled a question, "Is it still possible to have regrets now?"

"It is!"

Zhao Yi was very straightforward, "If you can’t keep up, just give up, it’s okay. The research on oxygen-producing bacteria is important, but others can take over. Our College of Life Sciences still has a lot of talent."

"Fuck!"

Li Renzhe cursed out loud upon hearing that, "What kind of friend are you? Give me some motivation! You should say only I can do it, nobody else so that I can keep going."

He continued dejectedly, "I think you’re just here to harm me."

"Ha ha——"

Zhao Yi was beginning to understand Li Renzhe’s state.

The guy must be extremely tired, speaking without any good temper, but it also proved his perseverance was indeed not bad. He could certainly just give up, but he hasn’t really quit. Probably he just thought about it, yet knows he must persist, and being able to do so is quite impressive.

In truth, Li Renzhe’s research on ’Mutated Red Spirulina’ was already enough to advance his career, enough for him to be a professor or a researcher at an ordinary university, and he might even win an award on the international stage.

This had already surpassed the vast majority in the field of microbiology.

Li Renzhe’s decision to work on the moon surely brought huge benefits. The university supported him greatly, immediately deciding to sign a professorship agreement with him, and the microbiology technology laboratory even offered him a research position.

Both positions were for life; unless something major occurred, he could keep working continuously.

Deciding to work on the moon allowed him to obtain contracts for professor and researcher positions ahead of time.

If he failed to pass the related training, it was not too big of a deal, but giving up halfway was different. He would have to wait until his papers were published and had some impact, or until a certain number of years passed, before he could obtain related work contracts.

Even though it’s just a professor and researcher position, it’s already quite remarkable. ƒгeewёbnovel.com

The School of Life Sciences at Yanhua University had come a long way, once lagging behind the related disciplines at Shuimu University, and now had left Shuimu’s far behind, to the point of them being out of sight. Hmm...

Last year, the internationally influential journal "Biology and Medicine" ranked the biological disciplines of five hundred universities worldwide, and Yanhua University School of Life Sciences’ biology science major far outstripped other domestic institutions, ranking second in the world, only behind Harvard University’s biology major.

This was mainly due to the contributions of top-tier biological, medical, and microbiological research results from research institutes under the School of Life Sciences.

The Biomedical Research Institute was considered the world’s number one medical research institute.

The microbiology technology laboratory, relying on directed mutation research, also had substantial influence worldwide.

Looking at the world rankings of university disciplines and laboratories, one can appreciate how coveted a position as a professor or researcher is. Even the competition for the positions of associate researcher or assistant professor within the university might include talents who have published top-tier research papers internationally and have also won awards.

Yanhua University’s College of Life Sciences has never lacked geniuses.

Now, many international talents in the field also hope to be admitted to Yanhua University.

From the perspective of professional development, Yanhua University’s biology-related majors far outpaced the School of Sciences. Zhao Yi was known for his work in mathematics, solving several world-leading mathematical conjectures at Yanhua and personally creating the hugely influential ’three-dimensional tremor waveforms’.

In short, obtaining a professor and researcher position was indeed a significant promotion for Li Renzhe personally.

Therefore, he deeply cherished the opportunity to work on the moon, no matter how difficult or tired, he must persist.

At noon, Zhao Yi and Li Renzhe had lunch together. Zhao Yi enjoyed a specially prepared meal of three dishes and a soup, while Li Renzhe continued with his exclusive nutritional meal.

In the face of Li Renzhe, who was grinding his teeth in frustration, Zhao Yi ate his lunch with relish and left in a good mood, waving goodbye.

Having completed his time at the Aerospace Bureau, he had to return to theoretical research work.

----

Edward Witten, Qiu Chengwen, and Zhang Qican were all at the Z-wave Experimental Base, working and living in a special area twenty kilometers from the experimental site.

Zhao Yi found the three of them and talked about the recent research problems.

In the direction of theoretical research, they hoped to analyze experimental results using the "kongzi" hypothesis, and Zhao Yi’s "theory on the existence and non-existence of kongzi" was the core of their recent research.

Zhang Qican proposed a very interesting point of view, "Perhaps the existence and non-existence of kongzi, and wave-particle duality, are unified." freewёbnoνel.com

"Oh?"

The others looked over in confusion.

Zhang Qican explained, "In the past, methods used to verify wave-particle duality were all about detecting particles, and particle detection is essentially the use of various types of cameras."

"But no matter what kind of camera, it can’t operate without light, without photons."

"When it comes to photons, it will definitely involve kongzi."

"According to the kongzi hypothesis, photons automatically create kongzi, or kongzi move carrying energy, thereby producing photons; no matter the method, if there are photons, there must be kongzi."

"Therefore, research on wave-particle duality also encountered a third influence—kongzi."

"When kongzi exist, they will definitely exhibit particle-like characteristics—"

Zhang Qican explained clearly, linking kongzi and particles together; if kongzi exist, particles definitely exist.

Wave-particle duality states that microscopic particles exhibit both particle and wave behaviors, and since kongzi have singular point characteristics, they can be linked to particles.

With kongzi, there will be particles. To some extent, this statement is not wrong.

Therefore, during detection, because of the involvement of kongzi, electrons in the double-slit interference experiment will display particle characteristics, not wave-like.

If there were no cameras, that is, no detection methods, then kongzi wouldn’t be involved, and particles would exhibit their natural wave-like properties.

After hearing Zhang Qican’s explanation, Zhao Yi thought for a moment and then said, "So, could we think like this, assuming that the motion of photons creates kongzi."

"Kongzi are the carriers of photons."

"The motion of photons is affected by the speed at which kongzi are created."

"Or to expand the scope, the motion of pure energy particles all involves kongzi as carriers."

"This way, the principles of technologies such as anti-gravity and spatial linkage have explanations."

Zhao Yi finished speaking and looked at the others.

Edward Witten, Qiu Chengwen, and Zhang Qican all thought for a moment, their eyes widened, and they couldn’t help exclaiming, "Brilliant!"

"This explanation is perfect!"

"If the motion of photons uses kongzi as carriers, it explains why rotating designs driven by light energy can achieve isolation from gravity or other effects, because the production of kongzi itself will interact with the surrounding kongzi."

"From this, it also explains why different results would appear in the double-slit interference experiment!"

"Moreover, we can verify it!"

Qiu Chengwen mentioned the key point, "Previously, we used space compression technology to create areas devoid of space. If kongzi are the carriers of photons, then in regions where space does not exist, releasing a large amount of high-intensity light energy, theoretically, should create a great amount of kongzi, filling space, and the transmission experiment would cease to have any effect!"

"Right!"

"This method is good!"

"Let’s try it!"

The theoretical group members were all eager to proceed, as they fell in love with the feeling of having an idea that could be immediately tested.

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