Let’s talk about it next. This, in fact, is a matter of obtaining energy from the quantum vacuum. This quantum vacuum is not what we usually think of, and there is nothing empty space; it is not an ordinary vacuum state. In fact, various microscopic quantums are surging everywhere, which requires a discussion on the various characteristics of quantum.
Let’s talk about this quantum world, it can be said that strange phenomena occur everywhere, such as quantum fluctuations and such, which is a particularly important phenomenon in quantum vacuum. To put it simply, this quantum fluctuation will pop up into pairs of anti-particles in a moment and every second, and then it will disappear in the blink of an eye. It can be said that it is really elusive. If this can be used, if the energy contained in this special phenomenon can be made for energy supply, it is a huge potential source of energy.
Let’s talk about several key aspects. First, the first thing is to say is the current research situation: At present, there are many research and development teams around the world who are crazily investing in this project; many experiments are carried out in laboratories, and some have produced some significant results; for example, in the feasibility verification stage of principle, it can be said that there are many evidences that have been put forward to support it. However, although the progress has been made here, it is still in a particularly early stage as it is still far from the widespread industrial production practical and commercial application;
The second aspect is that from the perspective of technical difficulties, there are a lot of difficulties. This energy extraction is extremely challenging in itself, because we need to first come up with an effective way to capture the subtle characteristics of quantum vacuum. It can be said that if you need to have a way to design related equipment, you have to reach the atomic quantum scale level; the difficulty is really not too great! Moreover, the energy we make must be converted into the ability to use current and electricity normally. Otherwise, if you can't use energy, it would be useless. Think about the series of complex physical and technological changes in this series, which requires effort.
The third aspect is that if we can overcome this difficulty, we can achieve stable and efficient quantum energy from a quantum vacuum, there will be too many benefits! This can be regarded as a real clean energy, without any problems caused by traditional energy, such as pollution and resource predicament; it really brings super strong new support to the sustainable development of mankind, and in this way, the global energy structure may be greatly renovated. If this can be made to make it powerful and popular, humans will have many choices.
, I also think of providing global procurement services for weak current intelligent products! We provide a variety of weak current intelligence-related products, and purchase this thing from different channels. This is very useful for various companies in the world who use related products. Many projects require these products. Okay, let’s go to the Q&A to supplement the details.
For example, sometimes people will ask why they have to study quantum vacuum energy extraction, right? That's because the traditional energy situation cannot be underestimated. Nowadays, humans consume resources, which is amazingly fast. Non-renewable energy is getting less and less; new energy photovoltaics are limited in some cases, and water energy is also very limited. If this quantum vacuum is used, it can not rely on climate and geographical conditions. The advantages are obvious.
What are the advantages of this compared to traditional energy acquisition? I just mentioned clean energy, and the resources are theoretically almost endless! The more traditional ones are used, the lesser and less energy, the quantum vacuum energy changes there all the time. As long as you develop good technology, you will always get benefits. Don’t be trapped in energy problems, for example,
In addition, some people are curious about how long it will take to achieve it? No one can predict accurately, right? This involves the unknown and uncertainty of science. However, judging from the current progress, if investment increases and relevant theoretical sciences achieve more breakthroughs, maybe a lot of practical results can be achieved in the next few decades. I can't say it really is. Optimistically, it may be able to solve big problems and change the energy pattern to make everyone live a more comfortable life.
In my personal opinion, although there are very long and bumpy roads in research, I think the vision and potential value behind this are completely worthy of all efforts and efforts to overcome them in the scientific community of mankind. If this achievement is really implemented in the future, it will probably bring about a great change in our lives and even the world pattern. Only by insisting on doing it in the process of energy exploration, I think it is right.
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