BTC quantum miner
Publish: 2021-04-23 18:48:15
1. Quantum miner was born, multi-function miner, which can automatically convert the high computing power of bitcoin Ethereum into the high income of small currency into ustd, which is jrwz666666
1, a combination of various types of professional miner,
2, high income, short payback time
3, the ustd obtained from the operation of mining machinery can be converted into legal currency for cash on major trading platforms
4, which solves a series of traditional pain points of absenteeism, such as high electricity charges, difficult trading, difficult cash flow, etc.
5, 500 ustd for each machine, direct spot trading
6, you can quickly switch out high-yield currencies according to the market.
7. You can switch out small currencies with high computing power, and the income is guaranteed
8. The mine is located at shensk hydropower station in Russia, and there is no electricity charge or custody fee.
advertisement 2 is the magic cube: the income guarantee through the bull and bear market
does it sound like a magic project? Where is its magic? At this time, I think everyone can't wait to go
to solve it! OK, let's have a look
quantum Miner: it is a combination of the latest high-yield miner and all professional miners. Through the conversion of computing power, the ultra-high computing power of bitcoin and Ethereum miner can be converted into high-yield small currency, so as to obtain higher revenue
its magic: diversity, so that your wealth will never be monotonous
for usdt generated by mining machine operation, customers can withdraw it to the trading platform to exchange legal currency, sell it for cash on the magic cube platform, and transfer it to other accounts.
1, a combination of various types of professional miner,
2, high income, short payback time
3, the ustd obtained from the operation of mining machinery can be converted into legal currency for cash on major trading platforms
4, which solves a series of traditional pain points of absenteeism, such as high electricity charges, difficult trading, difficult cash flow, etc.
5, 500 ustd for each machine, direct spot trading
6, you can quickly switch out high-yield currencies according to the market.
7. You can switch out small currencies with high computing power, and the income is guaranteed
8. The mine is located at shensk hydropower station in Russia, and there is no electricity charge or custody fee.
advertisement 2 is the magic cube: the income guarantee through the bull and bear market
does it sound like a magic project? Where is its magic? At this time, I think everyone can't wait to go
to solve it! OK, let's have a look
quantum Miner: it is a combination of the latest high-yield miner and all professional miners. Through the conversion of computing power, the ultra-high computing power of bitcoin and Ethereum miner can be converted into high-yield small currency, so as to obtain higher revenue
its magic: diversity, so that your wealth will never be monotonous
for usdt generated by mining machine operation, customers can withdraw it to the trading platform to exchange legal currency, sell it for cash on the magic cube platform, and transfer it to other accounts.
2. In order to understand the technical principle of bitcoin, we need to understand two important cryptographic techniques: hash code: it converts a long string into a fixed length string, and its conversion is irreversible, that is, it is impossible to guess the original string from hash code. Sha256 is mainly used in bitcoin protocol
public key system: corresponds to a public key and a private key, keeps the private key in the application and publishes the public key. When Party A transmits information to Party B, it can use Party A's private key to encrypt the information, and Party B can use Party A's public key to decrypt the information, so as to ensure that the third party cannot impersonate Party A to send the information; At the same time, when Party A transmits information to Party B, it is encrypted with Party B's public key and sent to Party B, and then Party B decrypts it with his own private key, so as to ensure that the third party cannot eavesdrop on the communication between the two people. RSA is the most common public key system, but the lliptic curve digital signature algorithm is used in bitcoin protocol. What's the difference between cash and bank account? Bitcoin is an electronic currency in BTC. In this article, it is also used to refer to the whole bitcoin system. Like opening an account in a bank, the corresponding concept in bitcoin is address. Everyone can have one or more bitcoin addresses, which are used to pay and collect money. Each address is a string that starts with 1. For example, I have two bitcoin accounts, and. A bitcoin account is uniquely determined by a pair of public key and private key. To save the account, you only need to save the private key file. Unlike bank accounts, banks keep all transaction records and maintain the book balance of each account, while bitcoin's transaction records are jointly maintained by the whole P2P network through a pre agreed protocol. How much money is in my account address? Although the current account balance can be seen by bitcoin software, unlike banks, there is no place to maintain the book balance of each address. It can only calculate the account balance in real time through all historical transactions. How do I pay? When I pay from address a to address B of the other party, the payment amount is e. at this time, both parties will announce the transaction information to each network node, telling address a to pay to address B, and the payment amount is e. In order to prevent the third party from forging the transaction information, the transaction information will be encrypted with the private key of address A. at this time, the network node receiving the transaction information can use the public key of address a to verify that the transaction information is indeed sent by address a. Of course, trading software will help us do these things, we just need to input the relevant parameters in the software. What will the network node do after receiving the transaction information? This is the most important part of the bitcoin system, which needs to be elaborated. For the sake of simplicity, only bitcoin protocol has been implemented. In the current version, each network node will save all transaction information synchronously. There are two kinds of transaction information in history, one is & quot; Verified & quot; The transaction information, that is, the verified transaction information, is stored in a series of "blocks". Each & quot; block" Is the previous & quot; bock" The ID of each block is the hash code of the hash code of the block and the new transaction information (see an actual block). The other category refers to those who also & quot; Unverified & quot; The transaction information just paid above belongs to this category. When a network node receives new unverified transaction information (possibly more than one), it can calculate the book balance of each address at that time because the node keeps all the transaction information in history, so it can calculate whether the transaction information is valid, that is, whether there is enough balance in the payment account. After eliminating the invalid transaction information, it first takes out the last & quot; block" Then, the unverified transaction information is combined with the ID, and a verification code is added to form a new "block". It needs a lot of calculation to build a new block, because it needs to calculate the verification code, so that the above combination becomes a block, that is, the first several bits of the hash code of the block are 1. At present, the first 13 bits need to be 1 (generally, the specific method is uncertain), which means that if the block is generated by enumeration method, the average number of enumerations is 16 ^ 13. Using CPU resources to generate a block is called "gold mining", because the proction of the block will get a certain reward, and the reward information has been included in the block. When a network node generates a new block, it will broadcast to other network nodes. However, this network block may not be accepted by the network, because it is possible that other network nodes have proced the block earlier. Only the earliest block or the block with the largest number of subsequent blocks is valid, and the remaining blocks are no longer used as the initial blocks of the next block. How does the other party confirm that the payment is successful? When the payment information is distributed to the network node, the network node begins to calculate whether the transaction is valid (that is, whether the account balance is enough to pay), and attempts to generate blocks containing the transaction information. When six blocks (one direct block and five subsequent blocks) contain the transaction information, the transaction information is considered "verified", so that the transaction is formally confirmed, and the other party can confirm the successful payment. A possible problem is that I will pay the balance of address a to address B, and at the same time pay to address C. If I only verify that the single comparison transaction is valid. At this point, my way of cheating is to generate six blocks including B to B and six blocks including C to C before the truth is revealed. Because I need a very long CPU time to generate a block, compared with the whole network, the probability of my cheating success is very small. What is the motivation of network nodes to proce blocks? As can be seen from the above description, in order to make the transaction information effective, the network node needs to generate 1 and 5 subsequent blocks to contain the transaction information, and such block generation is very CPU intensive. How to let other network nodes help to proce blocks as soon as possible? The answer is very simple. The agreement stipulates that BTC will be rewarded for the address where the block is proced, as well as the Commission promised by both parties. At present, the reward for procing a block is 50btc, which will be halved every four years in the future. For example, the reward will be 25btc from 2013 to 2016. Is the transaction anonymous? Yes, and No. All bitcoin transactions are visible. We can check all transaction records of each account, such as mine. But what's different from the banking monetary system is that everyone's account itself is anonymous, and everyone can open many accounts. In general, anonymity is not as good as it claims. But bitcoin has another advantage in doing black market trading: it can't be frozen. Even if the police trace a bitcoin address, there is nothing they can do unless they trace the computer used by the exchange based on the Internet address. How to ensure that bitcoin does not depreciate? Generally speaking, in the case of equivalent trading activities, the value of money is inversely proportional to the amount of money issued. Unlike the traditional money market, the central bank can determine the amount of money issued. Bitcoin does not have a central issuing institution. Only by procing blocks can we get a certain amount of BTC currency. Therefore, bitcoin's new amount of money depends on: 1. The speed of procing blocks: bitcoin's agreement stipulates that the difficulty of procing blocks is fixed at an average of 2016 every two weeks, about 10 minutes. Moore's law of doubling CPU speed every 18 months will not speed up the proction of block. 2. The number of rewards for block proction: at present, 50 BTC is awarded for each block proced, which is halved every four years. In 2013, 25 BTC is awarded, and in 2017, 12.5 BTC is awarded. Considering the above two factors, bitcoin's currency issuing speed is not controlled by any single node in the network. Its protocol makes the currency stock known in advance, and the maximum stock is only 21 million BTC
public key system: corresponds to a public key and a private key, keeps the private key in the application and publishes the public key. When Party A transmits information to Party B, it can use Party A's private key to encrypt the information, and Party B can use Party A's public key to decrypt the information, so as to ensure that the third party cannot impersonate Party A to send the information; At the same time, when Party A transmits information to Party B, it is encrypted with Party B's public key and sent to Party B, and then Party B decrypts it with his own private key, so as to ensure that the third party cannot eavesdrop on the communication between the two people. RSA is the most common public key system, but the lliptic curve digital signature algorithm is used in bitcoin protocol. What's the difference between cash and bank account? Bitcoin is an electronic currency in BTC. In this article, it is also used to refer to the whole bitcoin system. Like opening an account in a bank, the corresponding concept in bitcoin is address. Everyone can have one or more bitcoin addresses, which are used to pay and collect money. Each address is a string that starts with 1. For example, I have two bitcoin accounts, and. A bitcoin account is uniquely determined by a pair of public key and private key. To save the account, you only need to save the private key file. Unlike bank accounts, banks keep all transaction records and maintain the book balance of each account, while bitcoin's transaction records are jointly maintained by the whole P2P network through a pre agreed protocol. How much money is in my account address? Although the current account balance can be seen by bitcoin software, unlike banks, there is no place to maintain the book balance of each address. It can only calculate the account balance in real time through all historical transactions. How do I pay? When I pay from address a to address B of the other party, the payment amount is e. at this time, both parties will announce the transaction information to each network node, telling address a to pay to address B, and the payment amount is e. In order to prevent the third party from forging the transaction information, the transaction information will be encrypted with the private key of address A. at this time, the network node receiving the transaction information can use the public key of address a to verify that the transaction information is indeed sent by address a. Of course, trading software will help us do these things, we just need to input the relevant parameters in the software. What will the network node do after receiving the transaction information? This is the most important part of the bitcoin system, which needs to be elaborated. For the sake of simplicity, only bitcoin protocol has been implemented. In the current version, each network node will save all transaction information synchronously. There are two kinds of transaction information in history, one is & quot; Verified & quot; The transaction information, that is, the verified transaction information, is stored in a series of "blocks". Each & quot; block" Is the previous & quot; bock" The ID of each block is the hash code of the hash code of the block and the new transaction information (see an actual block). The other category refers to those who also & quot; Unverified & quot; The transaction information just paid above belongs to this category. When a network node receives new unverified transaction information (possibly more than one), it can calculate the book balance of each address at that time because the node keeps all the transaction information in history, so it can calculate whether the transaction information is valid, that is, whether there is enough balance in the payment account. After eliminating the invalid transaction information, it first takes out the last & quot; block" Then, the unverified transaction information is combined with the ID, and a verification code is added to form a new "block". It needs a lot of calculation to build a new block, because it needs to calculate the verification code, so that the above combination becomes a block, that is, the first several bits of the hash code of the block are 1. At present, the first 13 bits need to be 1 (generally, the specific method is uncertain), which means that if the block is generated by enumeration method, the average number of enumerations is 16 ^ 13. Using CPU resources to generate a block is called "gold mining", because the proction of the block will get a certain reward, and the reward information has been included in the block. When a network node generates a new block, it will broadcast to other network nodes. However, this network block may not be accepted by the network, because it is possible that other network nodes have proced the block earlier. Only the earliest block or the block with the largest number of subsequent blocks is valid, and the remaining blocks are no longer used as the initial blocks of the next block. How does the other party confirm that the payment is successful? When the payment information is distributed to the network node, the network node begins to calculate whether the transaction is valid (that is, whether the account balance is enough to pay), and attempts to generate blocks containing the transaction information. When six blocks (one direct block and five subsequent blocks) contain the transaction information, the transaction information is considered "verified", so that the transaction is formally confirmed, and the other party can confirm the successful payment. A possible problem is that I will pay the balance of address a to address B, and at the same time pay to address C. If I only verify that the single comparison transaction is valid. At this point, my way of cheating is to generate six blocks including B to B and six blocks including C to C before the truth is revealed. Because I need a very long CPU time to generate a block, compared with the whole network, the probability of my cheating success is very small. What is the motivation of network nodes to proce blocks? As can be seen from the above description, in order to make the transaction information effective, the network node needs to generate 1 and 5 subsequent blocks to contain the transaction information, and such block generation is very CPU intensive. How to let other network nodes help to proce blocks as soon as possible? The answer is very simple. The agreement stipulates that BTC will be rewarded for the address where the block is proced, as well as the Commission promised by both parties. At present, the reward for procing a block is 50btc, which will be halved every four years in the future. For example, the reward will be 25btc from 2013 to 2016. Is the transaction anonymous? Yes, and No. All bitcoin transactions are visible. We can check all transaction records of each account, such as mine. But what's different from the banking monetary system is that everyone's account itself is anonymous, and everyone can open many accounts. In general, anonymity is not as good as it claims. But bitcoin has another advantage in doing black market trading: it can't be frozen. Even if the police trace a bitcoin address, there is nothing they can do unless they trace the computer used by the exchange based on the Internet address. How to ensure that bitcoin does not depreciate? Generally speaking, in the case of equivalent trading activities, the value of money is inversely proportional to the amount of money issued. Unlike the traditional money market, the central bank can determine the amount of money issued. Bitcoin does not have a central issuing institution. Only by procing blocks can we get a certain amount of BTC currency. Therefore, bitcoin's new amount of money depends on: 1. The speed of procing blocks: bitcoin's agreement stipulates that the difficulty of procing blocks is fixed at an average of 2016 every two weeks, about 10 minutes. Moore's law of doubling CPU speed every 18 months will not speed up the proction of block. 2. The number of rewards for block proction: at present, 50 BTC is awarded for each block proced, which is halved every four years. In 2013, 25 BTC is awarded, and in 2017, 12.5 BTC is awarded. Considering the above two factors, bitcoin's currency issuing speed is not controlled by any single node in the network. Its protocol makes the currency stock known in advance, and the maximum stock is only 21 million BTC
3. It depends on what kind of entity you are. Many blockchain combined with entity instry can apply several characteristics of blockchain. Decentralization, traceability, openness, fairness, permanence, irreversibility and security can be used by instry. Blockchain + entity application development (e-micro) 138
4. The biggest obstacle is that we all hold bitcoin. Like RMB, we all have the ability to trade. I don't have you. That's impossible. But now with okex, the trading between bitcoin becomes simple. I believe more and more people will try to have it. It's just a matter of time.
5. This will certainly be affected. The economic position will affect the conversion of the entity and the digital currency. The speed of devaluation will be the same as that of devaluation.
6. The mining technology of alien mining machine is one of the best. The 52ta3 mining machine uses the quantum power saving technology, which can stabilize the power consumption, rece the cost of land occupation, and mine more efficiently. A very popular miner
7.
on the evening of October 23, Beijing time, the 150th anniversary edition of Nature magazine published a paper claiming that Google has successfully achieved "quantum hegemony" this event named "Hello world" in the quantum field immediately occupied the front page of the mainstream media, and the description of "quantum computing in 200 seconds = 10000 years of the most powerful supercomputer on earth" in the paper has become a hot topic of the whole Internet
at present, many cryptography and quantum cryptography experts are advocating the establishment of financial security system as soon as possible, except that the encryption currency projects such as TaiFang and quantum chain focus on quantum resistance. According to William tooton, a reporter from Bloomberg technology, on twitter last month, the National Security Bureau has been committed to the research of related technologies. Therefore, unless the threat of quantum computing suddenly erupts, bitcoin still has time to deal with its arrival“ Bitcoin is alive, consensus is there, currency is there, if not upgraded, it will not disappear because of algorithms or vulnerabilities. But the problem of quantum resistance has not been solved. With the continuous development of quantum computers and the arrival of more qubit chips, this will still be the sword of Damocles hanging on the head of cryptocurrency. "< br />
8. Quantum chain qtum
9. Chia network is also an intelligent trading platform company. On March 18, 2021, Chia network officially released Chia 1.0 main network with XCH token, and has opened mining (farm) activities. But it can't be traded for the time being. The trading function will be locked for six weeks, and then it will be implemented through soft fork in version 1.1.0
Chia network is a decentralized open source global blockchain. Compared with the traditional workload proof cryptocurrency, it has less waste, higher degree of decentralization and more security. Its inspiration is similar to bitcoin blockchain, but in Chia, the resource is not computing power, but disk space. In order to achieve this goal, the "work proof" used in bitcoin is replaced by "space proof", which is based on the consensus algorithm used in the initial design of BTC founder quantum chain blockchain technology Internet. Because blockchain technology is a kind of distributed ledger system software based on blockchain technology, and there is a high network delay in the peer-to-peer network, which makes the transaction management order observed by each connection point unlikely to be completely consistent. Therefore, the blockchain system must design a scheme system to reach a consensus on the transaction management order generated at the same time, This kind of optimization algorithm is called "consensus mechanism"
in Chia Internet, POS is to load useless information into the hard disk to confirm that you want to share your own free space, while pot is to verify that the verifiable delay algorithm is used to decide which winner of a block chain. The final result is that in Chia, the creation of each blockchain starts with spatial confirmation and ends with time confirmation.
Chia network is a decentralized open source global blockchain. Compared with the traditional workload proof cryptocurrency, it has less waste, higher degree of decentralization and more security. Its inspiration is similar to bitcoin blockchain, but in Chia, the resource is not computing power, but disk space. In order to achieve this goal, the "work proof" used in bitcoin is replaced by "space proof", which is based on the consensus algorithm used in the initial design of BTC founder quantum chain blockchain technology Internet. Because blockchain technology is a kind of distributed ledger system software based on blockchain technology, and there is a high network delay in the peer-to-peer network, which makes the transaction management order observed by each connection point unlikely to be completely consistent. Therefore, the blockchain system must design a scheme system to reach a consensus on the transaction management order generated at the same time, This kind of optimization algorithm is called "consensus mechanism"
in Chia Internet, POS is to load useless information into the hard disk to confirm that you want to share your own free space, while pot is to verify that the verifiable delay algorithm is used to decide which winner of a block chain. The final result is that in Chia, the creation of each blockchain starts with spatial confirmation and ends with time confirmation.
Hot content