The Black Technology Era of Xueba

Beta particles are high-speed electrons released during the decay of matter. The speed can reach 99% of the speed of light. It has high speed and high energy, and is an ideal source of electricity.

A large number of beta particles are harmful to the human body when running at high speed. Therefore, an alloy isolation film is applied to the micronucleus battery, and the alloy is packaged on the outside of the isolation film, which is to ensure the safety of the battery to the greatest extent.

Xu Limin joked on the stage: There are many ladies who came to the press conference today. I'm here to tell the female compatriots that if your boyfriend proposes to you in the future, don't buy diamonds or anything else. We can synthesize them in our laboratory. The most perfect diamond in the world, and as big as you want, diamonds are not timeless and easy to make.”

There was laughter from the audience.

The female anchor of the live broadcast looked at the diamond ring in her hand, and she was very anxious. Pangu Technology has been able to produce flawless diamonds. Fortunately, their diamonds are the energy of micronucleus batteries, otherwise they will be rushed into More than just the lithium battery industry, the entire jewelry industry will be impacted.

Solidifying carbon-14 into crystals is the first step in a micronucleus battery.

Constance and his party took out the paper of Pangu Technology in Natural Physics and began to compare each step of the experiment.

Xu Limin stood in the center of the stage, calm and confident.

He said: The second advantage of the C14 micronucleus battery I just mentioned is that it is powerful. Where does such powerful energy come from, and how do we rely on the internal structure of the battery to collect it.

Constance and the others stared intently at the podium and the big screen, they knew that this was the core of Pangu's technology.

In the United States on the other side, the Tesla headquarters in California and the headquarters of Apple and Google, the tech giants didn't care about the 13-hour time difference, they stayed in front of the screen and downloaded Xia Guo's live broadcast software.

Super Xiaochu is connected to the big screen at the press conference, and she will automatically play slides or animations according to Xu Limin's explanation.

At this time, a simple decay equation is displayed on the big screen: (upper 14, lower 6) C14--\u0026amp;amp;gt; (upper 14, lower 7) N14+ (upper 0, lower-1) e.

Xu Limin said: As a basic common sense of physics, the energy contained in an electron is one electron volt, that is, 1ev. The electricity contained in an electron is 1.6×10^(-19)C.

The basic physics formulas for micronuclear batteries appear on the big screen.

The VIP seats were filled with physics experts, and the basic principles and formulas could not help everyone, but in the auditorium behind, many people began to feel dizzy.

Please take care of the level of the undergraduates, I really don't understand.

Ah! I only need to see the results, don't tell me the process.

Xu Limin continued to infer the principle, Now, we know three other parameters.

One is the half-life of C14 T(1/2) = 5370 years, which is 1.807 × 10^11 seconds, and the other is the speed of light c = 2.9979 × 10^(8) m/s, why do we use the speed of light here. I have just Having said that, it is emphasized here again, because the beta rays overflowing from beta decay can reach 99% of the speed of light, which is the basis for our micronuclear battery to stop supplying a stable and strong current.”

Xu Limin said with a smile: What we want is electricity, not a nuclear explosion.

There was laughter from the audience,

All the known parameters are arranged neatly on the big screen, waiting to be used for calculation,

Xu Limin said: In addition, we also know that the molar constant is 6.02 × 10^23, then we also know that 1g of carbon 14 has 1/14 × 6.02 × 10^23 atoms, that is, 4.3 × e^23 atoms.

Now we start to count.

Xu Limin turned his head to face the big screen, and Super Xiaochu started arranging formulas according to Xu Limin's requirements, applying known constants.

Xu Limin continued: “We can know that the decay constant of carbon 14 is 3.835×e^(-12) through the decay constant formula λ=0.693/T (1/2). That is, every carbon 14 atom in one second The probability of decay is 3.835×e^(-12).”

1g of carbon 14 has a total of 4.3 × e^23 atoms. From macroscopic statistics, the atoms that decay in one second are λ × 4.3 × e^23, and about 1.013226 × 10^18 atoms decay, contributing to the 1.013226×10^18 charges.”

Xu Limin said: As we all know, the half-life is meaningless for a certain atom. Our macroscopic calculation can only ensure that the number of carbon 14 atoms in 1g is correct.

The explanation continued, but on the live broadcast forum, the chaos had long been over.

Ah! Ah! I'm a scumbag and can't understand it!

All kinds of parameters, all kinds of formulas, all kinds of huge data, physics is really not something you and I can play.

Of course, there are also scholars. It's actually very simple. It is to calculate the maximum current that the micronuclear battery can generate through the amount of carbon-14 decay.

Xu Limin paused and said: Through the above-mentioned known conditions, we can use the current microscopic expression I=nqsv to know that after the micronuclear battery is connected to existing mobile phones, notebooks, tablets and other products, the laboratory can stably provide 10,000 milliseconds. Ampere current, the safe and stable value of the current is 5000 mA. The voltage can be adjusted to 3V-15V through the nano-level voltage regulator.”

In theory, Xu Limin's expression was perfect, and there was a burst of warm applause at the scene.

But there is also the biggest doubt in the minds of Constance and others. The basis of this setting is that semiconductor materials can capture almost all beta rays, and immediately apply all beta particles in the rays to the circuit.

This technique is very difficult!

Xu Limin looked at Constance's somewhat constipated expression, and of course knew what he was thinking.

A multi-layer space-folded silicon carbide crystal appears on the large screen, and after magnification, there are dense holes on it.

This is a 3D model made by Super Xiaochu, representing the state of silicon carbide crystals in a micronucleus battery.

Xu Limin said: The laboratory uses an excellent semiconductor material, silicon carbide. After folding its crystal, it can effectively intercept all beta rays in multiple layers. In addition, we use a special process to etch the crystal color center on the silicon carbide crystal. Chromaticity captures and transports electrons rapidly.

In the 3D animation, the electrons are captured by the color center and sent to the silicon carbide circuit. Countless electrons run at a speed close to the speed of light, gathering together like a stream, and finally forming a huge and turbulent current.

In this way, the carbon-14 micronucleus battery is presented to everyone.

The principle is very simple, and everyone in the European Physics Laboratory understands it.

But the physics technology contained in it is not something that every laboratory can do.

It is the folding of silicon carbide, the etching of color centers, the capture and collection of electrons, etc., which cannot be achieved at all with the technology of the European physics community.

Finally, Xu Limin said: Finally, we encapsulate the carbon-14 micronucleus battery and it becomes what is displayed on the screen.