In the office of Jieqing, the lights are brightly lit.

Zhang Yuxi told Yang Dashan everything that happened during the day.

"Multiphoton transition...two-level atoms...ncs state...the anti-broadening effect of the field..." He said this name very difficult to describe, and Yang Dashan's face changed completely.

"Quick, let's talk about it in detail."

Zhang Yuxi thought about it and then explained the only part he understood.

That is, the theoretical derivation of the first five elements on the first blackboard.

Unfortunately, it took him a whole day but still failed to overcome the contents of the sixth line.

"..." Yang Dashan's eyes couldn't help but stagnate, and the expression on his face became extremely serious, as if he was thinking about something.

"teacher?"

Hearing Zhang Yuxi's inquiry, Yang Dashan came to his senses from the sluggishness, then coughed lightly and raised his chest.

"What? You can't even understand this? It seems that you still lack a lot of research on the energy value of elemental decay."

"I'm sorry." Zhang Yuxi lowered his head in shame.

"It seems that your scientific research path has not yet been truly begun," Yang Dashan stood with his hands behind his back, showing his master's style: "If the mystery of elemental decay is as high as Mount Everest, you have only just climbed a meter now."

Zhang Yuxi understood in a second and quickly praised: "Then how many meters have you reached?"

"At least eight meters!"

Zhang Yuxi: “…”

Yang Dashan stood with his hands behind his back and said proudly: "It can be almost 15 meters to solve the small question you mentioned. Don't underestimate the eight meters of the teacher, those academicians are only more than ten meters."

Zhang Yuxi wondered: "What about the anti-broadening effect of the field caused by this multiphoton transition?"

Yang Dashan thought for a while and said, "It should be considered one-quarter of the mountainside."

Zhang Yuxi's spirit was shining and his eyes trembled violently.

Jiang Li, is he so strong?

Writing the complete derivation process of the anti-bundling effect can only prove that he has one quarter of the strength on the hillside of Mount Everest, but it cannot prove that this is his limit!

Zhang Yuxi guessed that Jiang Li's strength may be half of the mountain, or even higher?!

Very perverted.

Yang Dashan suddenly asked, "You just said that the back of the draft paper is an experimental optimization plan?"

"Yes."

"Is it called "How to increase the efficiency of volts by 100 times in thirty days?"

Zhang Yuxi was shocked: "Teacher, how do you know?"

really!

Yang Dashan guessed something in his heart.

This thing may not be a garbage that costs 90 yuan or 90 yuan for free shipping, but an academic masterpiece that was delayed by its name!

Wang Dalong didn't understand the research, but his apprentice saw the trick.

I see.

Yang Dashan suddenly felt a sense of urgency.

Although he was dissatisfied with Jiang Li, he had to appreciate the latter's academic strength.

Yang Dashan knew very well that if Jiang Li was given enough time, he might have really been able to research something amazing.

By then...

no!

That's the most top century-old problem in the physics world. It's a great opportunity to become famous in the academic world and be famous in history. You must never let that little bastard take the lead!

"Yuxi, please place an order online immediately and buy all the books with this name or similar names on the platform! You can buy as much as you want!"

Zhang Yuxi was stunned: "Ah?"

"You won't go!"

"……yes!"

============

On the other side.

After Jiang Li bid farewell to Chen Doudou, he returned to the laboratory alone to continue his research on the direction of β decay.

As of now, almost all nuclear batteries around the world use the alpha decay direction, and use the decay reaction of plutonium 238 to output energy, thereby providing power to rovers and probes.

For example, Curiosity rover, Apollo 12, 14, 17 series, Pioneer and Voyager, etc.

Currently, countries around the world are conducting their own research on nuclear batteries. Among them, the team of Professor Pierre, the chief scientist of Nasa Laboratory in Beautiful Country, plans to use a unique thermoelectric material to greatly accelerate the decay rate of plutonium 238 with the help of ultra-high temperatures, forcibly increase the output power of nuclear batteries by 30% at the expense of battery life.

The White Bear Kingdom has also achieved a breakthrough in nuclear batteries. Using an optimized reaction algorithm, it can theoretically increase the output power of nuclear batteries by 12%, but the disadvantage is that it reduces stability.

In Jiang Li's view, these so-called "breakthroughs" are completely running wildly on the wrong path...

The two major countries only think about how to spend money and people, and increase the battery output power at all costs, but never thought about whether they chose the wrong starting point.

Compared with α decay.

Beta decay is much better in terms of stability and development prospects.

The reason why scientists in various countries do not pay attention to β decay is because β decay also faces the disadvantages of low energy efficiency and high radiation, and the other is that the breakthrough of β decay is ridiculously difficult.

In everyone's opinion, the energy conversion rates of the two decays are similar, so why not choose a simple one?

What's the use of a good prospect?

Only the prospect that has been broken can be called the prospect, otherwise it is a pie!

Jiang Li's determination has never been shaken from beginning to end.

Through his day and night, he discovered a method that can perfectly solve the low energy conversion rate of β decay!

And named it the fourth-order efficacy theory!

What I talked about in class today is only a small part of the first-order performance theory in the fourth-order efficiency theory, accounting for less than one-tenth of the entire content.

After several days of hard deduction, Jiang Li has fully proved its greatness with perfect formulas and data!

That's right, it's great!

It's no exaggeration to say.

The fourth-order efficiency theory is definitely the greatest innovation in the process of breaking through the difficulties of nuclear batteries in this century!

Those veteran academicians who have been troubled by the century-old problems for half their lives will definitely jump up in shock if they see Jiang Li's theory!

even……

In a blink of an eye, there was a major earthquake in the physical field around the world!!

The most important thing is that although the fourth-order efficacy theory starts from β decay, it covers all decay forms including α decay and γ decay!

As long as it is decay, it can be applied!

And this is the most important and critical part of Jiang Li’s process of completing the system challenge task!

The position of fourth-order effectiveness theory in the field of decay is just like the position of Newton's theorem in the field of mechanics!

That is the starting point of everything!

From now on, all research involving decay cannot avoid Jiang Li's fourth-order effectiveness theory!

Jiang Li's name will also appear in the papers of every scholar for generations as the "founder of the Fourth Energy Revolution"!

Fame forever!

"But before this, we still need to optimize the physical hardware. Who designed the raw material layout, it's a mess..."

Jiang Li murmured.

In most people's eyes, the layout of ingenious work is full of loopholes in Jiang Li's eyes.

He plans to use a super stacked capacitor technology with high-voltage ceramics as the carrier to wrap the raw material reactor in a 10μm-thick "sandwich structure". In this way, the most effective layer thickness of nickel 63 can reach 2μm, greatly increasing the surface area, and the energy utilization efficiency is naturally very different.

In the previous layout, 200 units of nickel 63 were added together to achieve a 1μw output power, and the energy density was only 10μwh/g.

You should know that the energy density of mainstream lithium batteries now has 150wh/kg.

There are four orders of magnitude differences!

According to Jiang Li's conservative estimate, in the new layout he designed, the energy density of the battery can reach at least 3300wh/kg, which is about 22 times that of lithium batteries and more than 60 times that of traditional lead-acid batteries!

This is still the case where the huge increase in the fourth-order effectiveness theory is ignored.

"It's time to write a paper, but before that, we need to prove it through experiments to ensure that everything is foolproof."

"I don't know if the new instruments my supervisor compensated the college have arrived..."

Just as Jiang Li planned to prove the subsequent conclusions through experiments, on the other hand, a public opinion storm centered on him and swept the entire department forum was quietly brewing...
Chapter completed!