In the first industrial revolution, the extensive use of coal replaced wood. In the second industrial revolution, oil and electricity began to be used in large quantities. The third industrial revolution was an IT revolution, and the typical energy source was nuclear energy, but nuclear energy never became the main energy source in the world until the application of Minovski physics. Because the nuclear fusion furnace will produce a lot of radiation when it is running, it needs very large equipment to shield this radiation, and the huge equipment to shield this radiation is the reason why spacecraft and other vehicles using nuclear energy cannot be miniaturized to a certain extent. However, the field system using Minovsky particles will break through this existing technical limitation. When the cubic structure of Minovsky particles is compressed, the increased energy for compression will be converted into significant mass above the surface. Each particle forms a cubic structure with the same weight as the proton. When it is close to the distance between He3 and the heavy hydrogen nucleus, it acts as a trap. Using this property, it is easier to produce nuclear fusion, which is called "Minovski-Ionesco type nuclear fusion furnace". In this form, not only the furnace core that generates explosion energy is sealed, but also the generated radiation energy will become the energy of the super-crystalline cube, which will be accumulated and released continuously. This can not only realize the high-efficiency energy conversion that can not be realized in the past, but also make the control of the nuclear fusion furnace itself very simple. Moreover, this kind of nuclear fusion furnace includes shielding equipment, and its volume is only a few meters cubic, which can obtain a powerful output much higher than that of previous nuclear fusion furnaces.