bloom america

“What about using nuclear batteries as a source of energy?”

When Catherine met Jenny, her first words were this.

"What?"

Jenny was stunned for a moment.

"I said, why can't we use nuclear batteries to provide power? This is countless times better than electrolyte batteries!"

Catherine's eyes lit up.

"We can even put a reactor on our chest. In this case, we can have unlimited energy!"

Catherine is so proud!

"You thought we were in the Iron Man universe?"

Jenny complained powerfully, one hit will kill you!

"Okay, I know I'm going overboard, but we do have access to nuclear batteries, which would be great, wouldn't it?"

Catherine was visibly excited.

"If we use nuclear batteries, wouldn't it be very convenient to use them as energy?"

"No, I say, you should listen to me first."

Jenny interrupted Catherine. She didn't understand Catherine's thoughts, but she had to let Catherine know that her research had made progress, and her subsequent development also needed to make corresponding adjustments.

"I plan to use the biological brain as a neural computer and put it into the body of the puppet to realize our data processing and control... The biggest problem at the moment is compression, but using neural computers, we may be able to

The original data size is compressed to one-tenth of its original size...well, about 10mb of data."

"10mb, if it is a 3G network, it should be enough..."

Catherine murmured.

"3G network? The next generation network system?"

"Well, the network system used by mobile phones."

Catherine nodded.

"Mobile phone? Mobile Internet?"

Jenny is also quite business-savvy, and she once wanted to help Catherine manage the company.

However, she ended up becoming a "Frankenstein".

"Yes, that's pretty much it. I plan to send this kind of network to the whole world."

Catherine nodded.

"That's a good idea."

Jenny nodded.

"I plan to install a large antenna system inside the body to realize interconnection transmission of data. So I need a high-power battery. If it is a nuclear battery, I think it is pretty good."

Nuclear battery, also known as isotope battery. It is a device that uses the decay of radioactive isotopes to release energy-carrying particles (such as a particles, beta particles and gamma rays) and converts their energy into electrical energy.

According to the voltage provided, nuclear batteries can be divided into high-voltage type (hundreds to thousands of v) and low-voltage type (about tens of mv-1v). According to the energy conversion mechanism, it can be divided into direct conversion type and indirect conversion type.

Mode.

The most widely used in the 21st century are thermoelectric nuclear batteries and thermomechanical conversion nuclear batteries. Substantial progress in nuclear batteries began in the 1950s. Due to their small size, light weight and long life, their energy size and speed are not affected by

It is not affected by the temperature, chemical reaction, pressure, electromagnetic field, etc. of the external environment. Therefore, it can work in a wide temperature range and harsh environments.

"Let's get a nuclear battery that can be placed inside the torso. That's it... Well, speaking of which, is there a reactor that is just that big? If we put a reactor directly in it, that should be fine, right?"

Catherine was overwhelmed with thoughts.

"Kate, why do I always feel like what you say is... dangerous?"

Well, if the reactor inside Catherine overheats and Catherine happens to be in a crowded metropolis... God knows what will happen.

However, as a Frankenstein, Jenny, who is engaged in biochemistry, really has no qualifications to accuse Catherine...

It is understood that when radioactive substances decay, they can release charged particles, which if used correctly, can produce electric current. Generally, radioactive nuclei will decay and become more stable after emitting particles and energy. Nuclear batteries are positive

It is made by using the principle that energy is released when radioactive materials decay.

"Well, the problem is miniaturization..."

Catherine had already sunk into her own world at this time.

Last night, Catherine checked the current information about nuclear batteries. One of the major difficulties faced in the research and development process of nuclear batteries is that in order to improve performance, the battery size is often larger than the product itself.

On July 21, 1969, humans successfully landed on the moon for the first time, using the Apollo 11 spacecraft. On the Apollo 11 spacecraft, two radioactive isotope devices were installed. The thermal power was 15 watts.

The fuel was plutonium-238. However, the radioactivity on Apollo 11

The isotope device is used for heating the spacecraft when it spends the night on the moon, which means that it is only used to provide a heat source. Therefore, the device is also called the alrh (apolo-lunar-ri-heater) device, which means that Apollo was on the moon.

Radioisotope heater used.

However, on the Apollo spacecraft that was later launched to explore the lunar surface, all the radioisotope devices installed were for generating electricity. This is the snap-27a device. The fuel it uses is plutonium-238, and the designed electrical output

The power is 63.5 watts, the entire device weighs 31kg, and the design life is one year. It is mainly used for a series of scientific experiments for Apollo lunar surface exploration.

The snap-27a device, a radioactive isotope battery installed for the first time on the Apollo 12 spacecraft, has a lifespan far exceeding the one year considered in the design and can continuously supply more than 70 watts of power, fully meeting the expected design requirements. Because.

This experiment was successful. This battery was also used in Apollo 14, which was launched in 1970, and subsequent Apollo 15, 16, and 17 spacecraft.

Perhaps because this plan is still continuing, nuclear batteries are still making rapid progress.

Catherine knew that in the 21st century, nuclear batteries were not much larger than coins, so this research still had a future.

And Catherine's current requirements are not high. If the device can be reduced to 10kg or even 20kg, Catherine will be satisfied, and the use time does not need to be too long, just a few months.

Logically speaking, this is possible. After all, the world has changed.

"Well, in my opinion, the ideal puppet should be the core of tempered carbon nanotube fibers, the processor of the electronic brain, the energy of nuclear batteries and simulation, or even a real flesh and blood body. This is the best

Already~"

Catherine talks about her dream.

"So for your dream, please stop your delusions for the time being, Miss Catherine Edson. Only by cooperating with my experiment can our next experiment go more smoothly."

"ha……?"

Catherine finally understood what Jenny meant when she called her over.

——Being a guinea pig!

"Speaking of which, Jenny, what are you going to study?"

"I want to see how your body responds to nerve signals. Everyone's brain waves are different. I plan to develop a method based on your body that can affect your brain without surgery.

In this way, you can remotely control it directly through your brain."

Intubation in the back of the head or something...

Catherine immediately thought of this thing.

"Uh... Do we still need to open the skull?"

Catherine asked cautiously.

"If you insist, you can. But I don't agree with it. If you do that, even if there is a 100% chance, your brain may be burned - well, in fact, we have burned five monkeys.

There are still twenty completed monkey brains."

Catherine wiped her cold sweat.

"What are you studying?"

Catherine asked.

"You come with me!"

Jenny took Catherine to put on a full-body protective suit and then came to the incubation room.

"These monkey brains are placed in these liquid tanks cultured in special solutions. The temperature here is constant at 37.5 degrees. Their brains are connected to our system through the tube of the monkey brain. We are trying to find ways to study the impact of these brains on our

The reaction that followed the experiment..."

It was actually a tube in the back of the head!

Catherine looked at Jenny in surprise.

Without noticing Catherine's expression, Jenny continued: "My current idea is whether we can use virtual methods and computers to build a virtual world so that the minds of these monkeys can survive in the virtual world."

What is this...

Catherine couldn't help but touch the back of her head.

"Jenny, have you ever seen my "The Matrix"?"

Catherine asked.

"The Matrix? What is that? Hmm... maybe you have seen it, maybe you haven't. What's wrong, Kate, are you writing a new book?"

Catherine: "..."

"Let's not talk about this. We can't stay here for too long. Let me tell you. My plan is that we can study the situation when the brain processes signals by building a virtual world. Through this

In this way, you can completely control the monkey's thinking."

"Well……"

Catherine thinks, will the world collapse like this?

"In addition, once we become familiar with the role of neural computers, we can use neural computers to do things that we have not done before, or cannot do... such as processing binary data, pictures, sounds, etc."

If it is possible, then no matter what kind of software such as PS, it may be eliminated. The neural computer can intelligently cut out pictures, intelligently retouch pictures, and even automatically generate beautiful pictures...

"Okay, having said all that, our experiment is about to begin!"

After Jenny finished speaking, she pulled Catherine out.

"I plan to design a special control device. This device is about 200 square meters in size... Well, maybe it can be larger. In short, we can use this device to control the body... Okay, now it's time to start

Already..."

…!~!

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