Bet on the rise of artificial intelligence requires the monitoring of the uranium market

Artificial intelligence can do everything, change the characteristics of the global economy and achieve that prosperity in the productivity we have been waiting for a long time. With all our boring acts, he will provide us with the free time that economists have predicted decades, and will save lives through early diagnosis through ‘smell’ chemicals associated with diabetes and cancer. It will also lead our self -managing cars, expect to delay and prevent flight dates, and create new types of climate change rice. On the contrary, it is possible that he will do money or a number of people to implement it; Save the National Health Services Authority (NHS) in the UK. The list continues, but you absorb the meaning of the matter. “By next year, artificial intelligence is more intelligent than anyone alone, and by 2029 it will be more intelligent than all people together.” Artificial intelligence increases the demand for energy. The biggest problem is that artificial intelligence is not a form of magic, and that he cannot do his miracles or do anything without the presence of electricity, but in large quantities of it. No one knows as much as the electricity that artificial intelligence needs, but there is a modern estimate that much is quoted by approximately the annual consumption of Sweden, or 0.5% of the total global consumption of electricity. Also read: Does artificial intelligence benefit from a “Bitcoin” consumption lesson? Another way to accommodate this consumption is to look at the size of the data centers. The latest report on the data centers issued by the commercial real estate company “Jones Lang Lael” indicates that it is today ‘the well -known’ that the developers announce the new designs that work with new designs that were consumed a few years ago. Although we do not determine the amount of electricity that will accurately consume artificial intelligence, we realize that it will require a greater increase in generation and transportation capacity. This is the current situation in the light of the two continuous changes; Try to reduce the distribution network emissions through the use of renewable energy, and the efforts to increase the percentage of electricity more in energy consumption to reduce the emissions of this. The European Union expects electricity demand to rise by 60% by 2030. The need to increase the generation capacity is not available. This generation is not yet available. For example, generating electricity in the United States has been almost stable since the beginning of the twenty -first century. “That’s not a big problem,” Michael Smoblast of JP Morgan Asset Management said in a recent report in a recent report. “Improving the efficiency of energy consumption compensate for the needs of the growing population of electricity.” The rise of artificial intelligence and its increasing use that can change the course of life and its sudden rapid adoption- as the ‘GBT chat’ has become the fastest growing application in the history of the Internet- and the insatiable demand for energy, factors to change it all. Now the power generation in the United States has become a big problem. This is linked to demand in America and in the United Kingdom, where the distribution network is also limited, linked to the construction of a new world to generate electricity and spend billions of rands on the distribution network needed to transfer the energy. However, given the increase in high -voltage stream transmission, which usually enables the transfer of renewable energy from its remote locations, it was not a significant development. Also read: The growth of artificial intelligence promotes the demand for electricity and impedes energy transition. Simblest added that- for example- in the UK, National Grid acknowledged that the existence of a ‘crisis’ in connecting projects for electricity generation. In the United States, the obstetrician capacity at the beginning of the third millennium rarely exceeded 100 GB in the electrical connection requests at the PJM interconnection. The gynecological capacity is currently about 250 GB. However, all these projects will not get approval and complete, but you have recorded them. The question here is, does the distribution network eliminate our ambitions in artificial intelligence? Distribution network stability There are solutions. The first is a mask option; Finding artificial intelligence in itself a solution that has not yet come to us can be the generation of electricity from splitting or core integration, or even by transporting solar energy from space with giant mirrors than we think. Artificial intelligence can achieve a new efficiency in the distribution network, leading to its stability by providing better expectations for capacity due to renewable energy sources and cutting them, and improving the expected demand and maintenance expectations, reducing stop periods. It is also perfectly logical that increasing productivity in other countries compensates thanks to artificial intelligence for the increase in the question it causes. A report compiled by ‘Google’ and ‘Boston Consulting Group. That is, artificial intelligence consumes a large amount of electricity. A report issued by the US government indicated last month that the rise of artificial intelligence and artificial intelligence (AGI) has a major influence on democratic rule and world security, and the influence is not good. Also read AI revolution of consumption programs. Procedures, one of the training of artificial intelligence models that exceeds the relatively minimal. Plans, after insisting on the transition to the use of electricity in all fields. The acceptance of nuclear energy on a large scale using artificial intelligence, and if close to consumer areas, can solve all the problems of supplies, and also most of the electricity transfer problems. There is no longer a need to create small nuclear reactors in the North Sea, miles off the coast. Domberg analysts believe it will represent the last group of a core renaissance, which is the only sustainable way to produce electricity that fits our orientation to gradually develop our computer capacity, to achieve the clear goals and “all possible goals.” In a possible reference to what comes, the “Amazon Web Service” (AWB) announced that its new data center in Pennsylvania will work directly with electricity generated by a neighboring nuclear power plant. The artificial intelligence revolution can coincide with a revolution in the field of electricity, which is worth uranium investors.