Sure enough, when Wang Bin was thinking about this, Jin Hailu, the person in charge of the high energy physics laboratory, said to Wang Bin, "President Wang, the greatest achievement our laboratory has achieved in this period is to realize the cold nuclear fusion technology provided by President Wang!


    Although the time is still short, this technology still has many defects, such as the volume of the whole cold nuclear fusion equipment, the maximum output power, and the difficulty in the production of reaction materials for cold nuclear reactors.


    But there is no doubt that we have realized this technology, and we have completely understood this technology and mastered the cold nuclear fusion technology. Therefore, as long as we are given some time, we are confident that these defects will be solved. "


    After listening to Mr. Jin''s introduction, it was really cold nuclear fusion technology, which made Wang Bin smile. After all, this is nuclear fusion technology! Or cold fusion technology.


    Although, there are still many defects that have not been solved, and the processing of nuclear fusion materials is particularly difficult, even more difficult than the extraction of materials from thermonuclear reactors.


    And the cost is also very large. The cost price per gram of material is as high as more than 100000.


    However, as Mr. Jin said, there are still many deficiencies in this technology, and they will overcome these technologies one by one. After all, if there are any problems, the next problems will be solved. Moreover, now the technicians in their laboratory have thoroughly mastered the principle of cold nuclear fusion technology and other technical processes, This is very important for the high energy physics laboratory and the whole Tiangong technology.


    So Wang Bin said happily, "very good! With cold nuclear fusion technology, our Tiangong technology will definitely play an extremely important role in the next space station construction and future deep space exploration."


    Of course, in addition to the cold nuclear fusion technology, at this time, Wang Bin and their Tiangong technology have also launched the research and development of thermonuclear fusion. However, due to the difference between thermonuclear fusion and cold nuclear fusion technology.


    The most important thing about cold nuclear fusion technology is that the materials for nuclear fusion are difficult to obtain, and the burden of raw materials for manufacturing cold nuclear fusion is also very rare on earth, but its thermonuclear equipment is relatively easy to manufacture, and the size of the equipment is not large. Even now, they have just developed cold nuclear fusion technology, The nuclear fusion equipment produced is only about the size of a car.


    However, thermonuclear fusion is very easy to obtain raw materials. For example, the sea water on the earth contains a large number of nuclear fusion materials, and extracting these materials is not difficult for today''s Tiangong technology.


    However, the thermonuclear fusion technology itself is very difficult. At the same time, the thermonuclear fusion reactor is also very huge. In fact, the controllable nuclear fusion technology being developed by Tiangong technology is also the controllable nuclear fusion technology of other countries in the world. Because the tormas device is used to restrict the reactor to react and generate huge energy.


    But in terms of technology, thanks to the technology provided by Wang Bin, their research and development of Tiangong technology and thermonuclear fusion technology are proceeding very smoothly. However, even so, their Tiangong technology is unlikely to be able to directly develop thermonuclear fusion technology for a while.


    After all, not to mention anything else, it only takes more than two or three years for the construction of thermonuclear fusion power plants. Even the construction cycle of small scientific research thermonuclear fusion reactors only takes more than half a year.


    Therefore, even at this time, Jin Lao''s high-energy physics laboratory has mastered its theoretical knowledge and research, but it will take at least half a year to build a thermonuclear fusion reactor.


    As for why Tiangong technology doesn''t use the officially built nuclear fusion reactor for experiments, it''s not that they don''t want to, but that it won''t work at all.


    After all, compared with the technology given by Wang Bin, the official nuclear fusion reactor is too elementary to realize the continuous reaction for several years or even decades like the technology given by Wang Bin, and it also has considerable danger. This is nuclear fusion! A bad control, the consequences are naturally very terrible.


    Fortunately, for the construction of thermonuclear fusion reactor, Wang Bin and their Tiangong technology have started construction, and for safety, they have taken many safety measures to ensure the safety of this nuclear fusion power plant.


    Of course, the government also supports Tiangong''s nuclear fusion plan and the idea of building an experimental reactor. Therefore, most of the money for the construction of this reactor is invested by the government. It can be seen how much the government expects of Tiangong.


    After all, once the controllable nuclear fusion technology is realized, it is absolutely of historic significance for the whole of China, and there is no need to say more about the benefits.


    You know, although this controllable nuclear fusion reactor is only an experimental nuclear fusion reactor, its cost is not low at all.


    According to the design data of Mr. Jin and his colleagues, most of the reactor is made of special materials except some steel and cement. For example, the shell of the reactor is made of the latest special steel of Tiangong technology.


    The Thomas coils of the reactor are all made of the latest generation of copper based high temperature superconducting materials of Tiangong technology.


    You know, the high temperature mentioned here is the real high temperature, because according to the data of this superconducting material, this superconducting material can achieve normal superconducting properties at a high temperature of 1000 degrees, so this superconducting material is definitely the best material for manufacturing Thomas coil.


    Of course, the manufacturing difficulty and production capacity of such a powerful material will not be lower than there. According to the actual production cost, the cost of this material per ton is as high as millions of yuan.


    The superconducting material needed to make such an experimental nuclear fusion reactor needs at least hundreds of tons.


    If we add the funds for other materials and production of nuclear fusion power plants, the investment in the whole reactor will be at least hundreds or even hundreds of billions. Even today''s Tiangong technology can''t afford such a huge investment.


    However, when Wang Bin submitted the plan to the superior and explained in his application that they had made a technological breakthrough in this regard, the superior directly approved the project and set up a special department for coordination.


    Of course, at this time, the material R & D department is also actively looking for ways to solve the manufacturing difficulties and high cost of high-temperature superconducting materials. After all, although this material is excellent, the cost is too high.


    Even Tiangong technology can''t afford to use it for its own use. Most importantly, the use of this material is so huge that Wang Bin can''t ignore this material in the research and development of various equipment.