bloom america

When little Leonard disappeared, old Leonard was doing research at this time.

The Hive Laboratory is indeed a magical place.

At the beginning, in fact, old Leonard did not pay attention to this place at all in his research.

In fact, it was because of an astonishing discovery made by old Leonard that he gradually began to understand it and joined Hive Labs.

Old Leonard studied neurology, and he discovered something amazing.

He was studying the neurophysiological basis of speech perception, and a new technology was just beginning to become popular, positron emission tomography (PET). At that time, about six PET papers on speech perception had been published,

They were all published in top scientific research journals. Old Leonard tried to integrate these papers, which was essentially to combine the topics mentioned in each paper.

He compared the part of the brain that generates excitement during the process of recognizing speech. Shockingly, he did not find any consistency with each other. Each of these studies was highly publicized when they were published, but taken together they

There is absolutely no consistency and it adds up to nothing. It's like there were 6 witnesses describing the crime in 6 completely different ways.

This is terrible for neuroscience - if 6 studies come up with 6 different results, who is going to believe what neuroscientists say? What ensues is a lot of tangled discussion - is it pet or not?

Unreliable because it involves injecting radioactive tracers into the brain? Or are the studies themselves not rigorous enough? No one seems to know.

Then, what is unexpected is that a subject developed. Brain imaging not only did not become abandoned, but became more popular.

At this time, Leonard also noticed the source of the series of commotions - which is now the Hive Laboratory.

After coming to the Hive Laboratory, Leonard discovered that the technology here was even more amazing!

Honeycomb Labs did not use PET technology, but used the more flexible functional magnetic resonance imaging (FRI).

As a result, scientists can study the human brain without using dangerous radioactive tracers, and can conduct longer experiments to collect more data and obtain more reliable results.

And in the school district, there is a more perfect solvent, a repair protein that can maintain biological activity. It is even more amazing. Even if the brain is completely dug out and placed alone, as long as it is placed in this solvent

. Within 24 hours, the activity of the brain is still very amazing-similar to or even stronger than that of ordinary living organisms.

Leonard's research on neural broadcasting in the brain also made breakthrough progress in the Hive Laboratory.

Neural broadcast is a special radio signal, but only people with special brain waves can receive it.

Regarding this, Leonard has already discovered that there is a scientist named Seer in the school district, who may have been affected by this kind of broadcast.

Afterwards, Leonard began in-depth research in this aspect.

Just like there is a table in front of us, we can instantly abstract it into lines. We can also change the material of the table in our imagination, such as turning it into steel, silver or gold.

Brain supplement ability

Requires sufficient database resistance

At this time, Catherine was thinking of ways to develop a virtual economy.

——For example, virtual products.

In the original world.

In the early 2000s, a programmer at Korean game developer Nexon put together a few lines of code to create an image of a flower and send it to his girlfriend, thus pretending she was in an Internet cafe.

While sitting next to him impatiently, I bought myself more time to play games.

And this is the birth of “virtual goods”≡ In the years since, digital items created for games and social media—from virtual clothing on QQ to weapons in role-playing worlds—have only grown in just ten years.

It has grown into a global business valued at US$15 billion.

They spawned companies like ynga and underpinned a rapidly expanding online gaming industry.

Now, it is an era of prosperity and development of PC.

However, if p is created in advance and p is popularized in advance, it is very likely that p will be eliminated early in the future.

Before coming to this world, the sales of personal computers in the original world had stagnated even in China. In this case, as more smartphones and tablets enter the hands of users, industry giants are increasingly focusing on mobile services

, and aims at the global market.

Virtual online games.

If Catherine needs to develop a virtual online game, she must have a virtual economy.

The virtual economy is the production point of interests.

Don’t you see, are all the wealthy people in Zhengtu who can make hundreds of thousands at a throw away?

Free does not mean worthless, its value will be realized elsewhere in the market.

Catherine first thought about open source software, and later expanded to the entire network.

How much value has Tim Berners-Lee created? He is a British computer scientist and the inventor of the original World Wide Web.

He created the entire Internet.

However, he actually did not gain much benefit from it. The benefits were all taken away by companies such as Google, Apple, Titter and Facebook.

Consider at the other extreme, companies like Goldman Sachs, who succeeded in extracting huge amounts of value from the economy, but as the 2008 economic crisis demonstrated, they did so while actually destroying the economy as a whole.

value.

Therefore, Catherine feels that value creation and value capture are not the same thing. Western economics tends to measure value capture.

In other words, capitalists are more interested in value.

But what Catherine noticed was something at a higher level.

A good example of the distinction between value creation and value capture is open source software.

As a former software engineer, Catherine realized that most people didn't even think about the web hosting industry or Internet Service Providers (ISPs), which relied on open source software to exist.

But if you think about it carefully, you will find that providing website domain name hosting is just a simple commercial domain name wrapped outside the Internet's open source domain name system. In essence, they provide customers with dns, apache, ysq and ordpress domain names.

There is also a study that shows that among small and medium-sized enterprises, the productivity of companies with network presence is 10 percentage points higher than those without network presence. When you look at the value of the network, when you look at the value created by Linux and ysq, you don't just look at

Red Hat, you're not just looking at the value of Oracle's acquisition of ysq, or even companies like Google, you're looking at these downstream effects on the economy, as well as the ability of small and medium-sized enterprises to reach customers.

"Free content".

It sounds good.

However, most people pay an Internet service supplier of $ 60,70 or $ 80 for an Internet service provider. The user pays $ 80 a month to watch TV. We say that this is to pay for the content.

At 80 US dollars, we said, oh, he obtained the content for free. Obviously there is a problem in it!

In fact, in turn is true. When people watch TV, the TV company must pay to the content provider of the downstream. When people watch online videos and film and television, or when they are hanging around online, they do not do it for somewhere.

Content paid. Therefore, it is not users who really take the car, but that these big companies are just one of them.

When you start to think about the "Danish Rope Paradox" in the market, the meaning behind many things will become clear.

So, in turn, is there any economy that is creating value but does not get value? A very obvious example is Youtube: users generate content. People make videos to watch each other.

In the form of sub -form, a niche market that is never possible to touch if there is no Youtube.

Let's take a look at the pubed in the scientific research plan. This is a free biomedical literature retrieval system [2]. In this case, the US federal government launched a plan for developing biomedical databases.

A large number of "free content". Some scientific research journal publishers claimed that this was destroying their business, and also fabricated that "free" was fighting with their business moods, and said that this would cause various scientific research groups

Because they have no way to make a profit, so and so on.

However, in fact, about 300 companies are using Pubed data again as part of their commercial quotation, and scientific research companies in the field of biochemistry research exist with this free content. Okay, this example explains again.

It is actually a lot of economic value. This value is realized elsewhere in the economy.

If value creation and value acquisition are not the same thing, how can we start the economic admiration of these systems? How to conduct basic research can we know how "free" achieves monetization?

For the object, the economic impact of open source Mu on customers of small and medium -sized enterprises was studied. On the basis of investigation, the economic activities that originated from these customers were evaluated.

Nympho

Tragedy, what was originally done, finally revoked, it was completely restored ... This is unscientific!

Please read this one after 12:20, I modify it. It was not a explanatory text! Some information, delete the modification later. (This site ..,.

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