Super computing power decentralization project
first question: I understand that super computing power is not a cheater project. You can go online. Super computing power superpoints is affiliated to Hangzhou Super Computing Technology Co., Ltd; Its website is committed to building a de corporatization, service entity centered, widely participating and benefit sharing blockchain e-commerce economy. Super computing ecology obtains extensive user support through the distribution mode of "everyone participation and benefit sharing". Supercomputing is a company with actual revenue projects, and supercomputing economy is de corporatized. The company does not occupy the leading role and does not recruit any employees. Collaboration is like a "community.". Participants in all economies participate voluntarily, and each participant enters the WTO in accordance with open and transparent rules; Collaboration. Each contribution of the participants will be calculated by value and contribution, and the "contribution points" of the economy will be obtained. The benefits of the future development of the economy will belong to each participant, not the company. Therefore, there is no deception
second question: Why are so many people playing these days? I don't think the term "play" is very appropriate. It should be participation. A lot of people are seriously participating in it. This just shows that super computing power is generally recognized. This is commonly known as consensus degree. Only when a project reaches a high degree of consensus can it reflect its own value. I hope that super computing power will get better and better and truly benefit most people
this answer is for the owner's reference only. It is not used as any investment suggestion. Hoohong on June 29, 2020
The computing power of Supercomputing Center is generally used for scientific research. If your project meets the relevant conditions, you can apply for cooperation according to a certain process. If you need computing power services, it is recommended that you learn about the next ten power free computing power

Supercomputing Center's computing services are generally charged. You can go to the 10th power to learn about it. At present, the 10th power has launched free computing services
the tenth power cooperates with computing earth to launch the world's largest distributed computing resource computing power supply platform, providing free computing power support for projects requiring a large amount of computing power output. The computing power bank can provide idle computing power of personal devices worldwide, providing computing power support for world-class scientific research projects, involving mathematics, physics, chemistry, life sciences, astronomy and other fields
so far, the peak computing power is as high as 100p, which is equivalent to the computing power of tianhe-2, the world's fourth largest supercomputer, and can meet the needs of all computing power projects on the market

At present, the tenth power computing platform can provide customers with idle computing power of personal devices worldwide and provide computing power support for world-class scientific research projects, involving mathematics, physics, chemistry, life sciences, astronomy and other fields
so far, the computing power can reach 30p, which is equivalent to the computing power of tianhe-2, the world's fifth largest supercomputer, and can meet the needs of all computing power projects on the market
the tenth power distributed computing resource platform is suitable for all kinds of projects that need a lot of computing power support, especially for scientific research, such as mathematics, physics, chemistry, life sciences, astronomy and other fields. At present, it is providing computing power support for 37 cutting-edge research projects across various academic fields. In addition, in the current more popular instry fields, it is becoming more and more popular, There are also a lot of application requirements

are there multiple client applications? There are two schools of thought. One assumption is that a single normative client application can concentrate limited resources on one project, and a development team can communicate more easily, which will maximize the success rate and competitiveness compared with other platforms. In addition, a single client application can prevent consensus failure caused by local account book inconsistency of different nodes (at least as long as each node upgrades its software after hard forking). On the other hand, the existence of multiple clients will make the network more likely to survive attacks (one client may stop block proction completely) or consensus failure (one or more clients cannot run the protocol correctly, which may lead to wrong block or stop block proction completely). In fact, both happened in Ethereum. But there are more subtle reasons. Firstly, the parallel application of multiple clients reces the dominant influence of a single core development team on the network, which is one of the biggest problems of bitcoin governance (zcash foundation will also decide to build a second zcash client to balance the power of electric coin). Moreover, different clients may make different architecture decisions and have different advantages (for example, mining, data search), and using different languages to write clients can enable more developers to participate in core development. Although parallel applications and beta applications are very good, the mainstream is the main network client: for example, bitcoin has at least 15 client applications, but 97% of the nodes run a program, that is, bitcoin core
how many organizations control mining computing power? The more parties involved in mining, the more difficult it is to collude with each other to engage in selfish mining, or to engage in double flower attacks (commonly known as 51% attacks, but the actual mathematical principles are more complex). This is not a hypothetical risk, as it has occurred in networks such as Ethereum classic and bitcoin gold. In addition, more miners means a fairer distribution of mining rewards. Although many indivial miners may participate in mining, because of incentives, they will gather in a few mines, and even a seemingly decentralized network may rely on a few entities for Mining: the three largest Ethereum mines jointly control 60% of the total power, while bitcoin's top four mines account for about 56%.
