Zhang Chen was very satisfied, but he didn't expect Xiaozai could bring him such a big surprise. The first\./send\./update\./new`..mobile.com.

As for the other functional genes, Zhang Chen did not intend to let go of them.

The most attractive one is the gene for brain domain development.

There is a reason why Xiaozai is so smart.

From the genetic level, now with the sequencing and comparison results, they can be explained from the genetic level.

After getting these things done.

Zhang Chen began to deal with the problem of DNA data storage technology.

DNA storage technology uses artificial synthesis of DNA as a storage medium.

Then, according to specific encoding rules, data such as text, documents, pictures and even sound images are converted into DNA sequences.

This kind of storage technology is urgently needed in the current big data era.

The global data volume is growing every year.

According to authoritative organizations, the global data volume will reach 175 ZBB by 2025.

Many people probably don’t know much about this unit of measurement.

For example, 1 ZE byte is equivalent to 1024 Epilogues, while 1 Epilogue is equivalent to a high-definition video that can only be broadcast for 36,000 years.

It is expected that by 2035, the data volume will exceed 1,000 zet bytes.

Such a huge amount of data is simply impossible to save.

Even the 175 Zete byte data in 2025 will have about 98% of the data and will not be saved.

Zhang Chen saw new hope today. This DNA storage technology will bring new dawn to data storage.

He doesn't know how much data is available in the advanced database.

But Sun Tao told him that this database can only be carried by computers that support the intelligent brain system.

It can be seen from this that there will definitely be no shortage of data in advanced databases.

And with such a huge amount of data, you can completely put it down with a thing smaller than a USB drive.

This surprised Zhang Chen a little.

He searched accurately in the points mall.

I found that this kind of DNA storage product is not very expensive.

The specific selling price is related to the reserves. Storage devices with large reserves are even more expensive.

The cheapest one only needs 100 points to save 1 byte of data.

1 Yao byte is 1024 Ze bytes.

The starting reserves of the DNA storage device in the system are based on Yao.

This 100-point storage device can put down all data from the entire earth in 2035.

Zhang Chen was delighted that the data storage market seemed to be completely monopolized by himself.

Seagate and Samsung hard drives will become historical antiques.

After spending 100 points, Zhang Chen redeems one, which is the same size as storing advanced databases.

After the exchange was made, he immediately began to simulate the means of production.

This shocked again.

Because the points in this simulation actually reached a terrifying 100,000 points.

This is the first time Zhang Chen has encountered this.

The difference between product selling prices and the cost of simulated production means is so big.

However, this is probably related to storage devices with larger reserves.

He looked carefully and found that the most expensive DNA storage device was sold at 10,000 points per.

In this way, it seems that the points simulated means of production are also understandable.

However, after the simulation is released, it should be made with the highest-end storage equipment.

Otherwise, Zhang Chen would feel that it would be a bit unworthy.

What's going on? You still have to try it out.

I was so cruel that I spent 100,000 points directly, and the system quickly gave a complete set of production materials for DNA storage devices.

He quickly looked back and finally felt relieved when he saw the information containing the storage device priced at 10,000 points.

One hundred thousand points are not a small amount for Zhang Chen now.

In fact, in this technology, DNA synthesis is the key.

And DNA synthesis. (The next page is more exciting!)

, is the key common underlying technology of synthetic organisms.

What Zhang Chen is learning now is synthetic biology, and the various synthetic techniques mentioned in it can be applied to the production of this product.

The DNA storage device produced by the system, from research and development to application, is actually the result of the joint efforts of many people.

Compared with the current technological level, the cost of synthesis of DNA is too high.

This Zhang Chen can find a solution from the systematic version of "Synthetic Biology".

Some of the knowledge nodes he has learned are enough to solve this problem and can also ensure the accuracy of DNA synthesis.

Accuracy during synthesis is the key to DNA storage technology.

Otherwise, the stored data will likely be lost.

In addition, reading data too slowly is actually a major problem with DNA storage technology.

The data identifier is matched with the DNA storage device.

This product is worth 10,000 points, but it only takes 20,000 points to simulate its full set of production materials.

Zhang Chen simply simulated this set of production materials.

In fact, theoretically speaking, the current technological level can be used to store some data using DNA.

However, the storage density is not high.

With current technology, it takes about one kilogram of DNA to save the current global data.

The system-produced storage device, a small USB drive-sized and cheapest storage device, can store global data by 2035.

This storage technology is closely related to the intelligent brain system.

Now we will bless the smart brain system to ordinary computers.

It's a bit like using cannons to hit mosquitoes, and it can't give full play to the advantages of the intelligent brain system.

Once the DNA storage technology and recognizer are available, massive amounts of data can be written to the intelligent brain system in a very short time.

Only in this way can the terrifying computing speed of the intelligent brain system be exerted.

Zhang Chen sorted out all the production materials of DNA storage products and identifiers.

A list of required equipment and supplies is provided.

However, some equipment and materials need to be manufactured through synthetic biology and other materials.

Before this, Zhang Chen still needed to independently produce these equipment and materials.

According to the supply feedback provided by Zhang Yue, he estimated that it would take around mid-this month to complete these things.

This is just right before the park is completed, all equipment and materials can be prepared.

Once the factory is ready, it can be put into production immediately.

As for the research and development of this technology, it can be left to Bruce.

This big master of synthetic biology who was poached can finally entrust the important task.

With Bruce's experience in this area, he can take on this stamina.

Zhang Chen took the sorted production materials and found Bruce.

At this time, Bruce was discussing issues with Beckon.

And it's a question of bioenergy.

It seems that this foreign academician is also interested in bioenergy projects.

Of course, Zhang Chen would not stop this behavior.

As long as these big brothers are willing, they can even play multiple projects.

Discussions like this can better promote project progress.

Many times, an unexpected word from others is likely to lead to unexpected enlightenment...


Chapter completed!