The impact of digital currency on traditional monetary system

1.

At present, there are mainly two regulations about virtual currency in China. In 2013, many ministries and commissions issued the notice on prevention of bitcoin risk, giving important tips on bitcoin risk. On September 4, 2017, the central bank and other seven ministries and commissions jointly announced again that the first token issue was an unauthorized illegal financing

According to Zhao, there are various ways to launder money by using digital currency. For example, technical means may be used to transfer funds into the cryptocurrency system, and then deploy various transfer addresses, making it difficult to query its transaction path. In other words, money laundering promoted by technological progress is more and more difficult to be detected and prevented. In addition, it has cross regional characteristics, and the lack of global response mechanism exacerbates this situation

2. The future world will be a digital world, and money will develop from paper money in the past to digital money in the future, which is a trend. Because in order to adapt to the digital world, the future currency must also be digital. It can be predicted that digital currency will be safer, faster and more convenient in the future. Now many blockchain technology procts, although its name is what currency, but in fact it is not currency. Under the guise of digital currency investment, it is a Ponzi scheme. Even some of them don't even have blockchain technology, which is just a fake number to cheat people.

3. China's digital currency pilot is leading the world, which has a great impact on banks. With the introction and graal maturity of digital currency, the business of traditional banking instry will change dramatically.

4. Digital currency does not worry about counterfeit money. If it is paper money, it worries about counterfeit money. I don't worry. I didn't take any money with me.

5. Hello, there's no problem with this graphics card with this kind of hardware.
even if it's live broadcasting, it's no problem. Live broadcasting is mainly about processor and memory. You can satisfy it, but you need to ensure the network speed

6.

For atoms: the number of electrons and protons is the number of elements. For example, h is element 1, which contains one electron and one proton

The neutron number should know the mass number. If you haven't learned this yet, the mass number can be simply regarded as the relative atomic mass, the number of neutrons = the relative atomic mass minus the number of protons. For example, if O is element 8, it has eight electrons and eight protons. Relative to the atomic mass of 16, the number of neutrons = 16-8 = 8

for ions, protons and neutrons are exactly the same as above, and electrons change, gain more and lose less. The method is similar

the number of electrons outside the nucleus = atomic number = proton number inside the nucleus = nuclear charge number (the number of electrons outside the nucleus of an ion = atomic number (sum) - charge number)

the maximum number of electrons held by each electron layer is 2n ^ 2 (n is the electron layer number). The number of electrons in the outermost layer is not more than 8 (when the k layer is the outermost layer, it is not more than 2). There are no more than 18 electrons in the second outer layer and 32 electrons in the last three layer

the extranuclear electrons are always arranged in the electron layer with the lowest energy first, and then from the inside to the outside, they are arranged in the L layer and then in the m layer. The above four laws are interrelated and cannot be understood in isolation

extended data:

neutrons exist in neutron stars as clusters (neutron stars are one of the few possible endpoints after supernova explosions e to gravitational collapse at the end of star evolution.) In the middle. The neutrons in the solar system mainly exist in all kinds of nuclei, and the neutrons in the elements are very rare β Decay is a change in which the neutron in the element releases an electron to become an element of the previous element sequence

Neutrons can be classified according to their velocities. High energy (high-speed) neutrons have the ability to ionize and penetrate deep into matter. Neutrons are the only ionizing radiation that can make other substances radioactive. This process is called "neutron excitation"“ "Neutron excitation" is widely used in the proction of radioactive materials in medical, academic and instrial fields

High energy neutrons can travel very long distances in air. Neutron radiation needs to be masked by hydrogen rich materials, such as concrete and water. Nuclear reactor is a common neutron source, and water is used as an effective neutron shield

arrangement rule:

1. The electrons are arranged in different layers from the nucleus to the nucleus, and the energy is from low to high

The maximum number of electrons in each layer is 2n2 (n is the number of electron layers)

There are no more than 8 electrons in the outermost layer (no more than 2 in the first layer), no more than 18 electrons in the second outer layer and no more than 32 electrons in the last three layers

In general, the electrons are always in the lowest energy layer, that is, the first layer, when the first layer is full, then the second layer, when the second layer is full, then the third layer

7. The digital currency issued by the central bank is only a substitute for banknotes and coins. In fact, it is a kind of electronic cash, which has little impact on monetary policy and commercial banks. In the traditional currency issuance, the cash in circulation is actually the direct debt of the central bank to the public, only because of technical constraints and cost considerations, the central bank issues cash through commercial banks. With the progress of technology, it is possible for the central bank to issue money directly to indivial and enterprise accounts in the form of digital currency. E-cash flow is still through the central bank and financial institutions, and then to enterprises and indivials. In terms of money manufacturing channels, circulation links and functions, e-cash flow is exactly the same as paper money

e-cash flow still flows through the central bank and financial institutions to enterprises and indivials, which is identical with paper money in terms of money creation channels, circulation links and functions, and does not break away from the scope of traditional monetary policy regulation. The main function of e-cash is to facilitate transaction payment
considering that the development of non cash payment methods such as third-party payment has greatly facilitated transaction payment in recent years, the impact of e-cash on money transaction demand is limited, and the overall impact on monetary policy is not significant. The extent to which e-cash is accepted by the public depends on its convenience and security.