It is said that it is a whole, but some parts that need to be moved still can't really stick together, and if you do that, the machine will not be able to function normally.

Simulated atoms can absorb external energy, can be thermal radiation, can also be kinetic energy, as long as these energy is transmitted to them, can be absorbed by them, used to maintain their own normal work, simulated atoms can not work at ultra-low temperature (below zero temperature, will consume their own energy), nor can they work at ultra-high temperature (above a few thousand degrees Celsius, will also consume their own energy, mainly to play a protective role in the force field, in the simulation of atoms are extremely active in the collision of each other, will aggravate their own energy consumption, Because the speed of energy absorption cannot keep up, in the range of above zero and below thousands of degrees Celsius, they can continue to operate normally, and because the internal vacuum has no impurities, under the protection of the force field, the interior will not rust or wear, which can be described as a perpetual motion machine in a sense. ）

But the simulated atom is rarely single, according to the different properties of synthetic materials, you can judge their heat resistance and cold resistance, alloy materials can withstand high temperatures, and the same type of alloy materials as high heat resistance, as long as the heat capacity point, then their stability can be guaranteed, fatigue resistance is the same, the only difference is that the range of energy transfer of simulated atoms is very large.

The millimeter-diameter simulated atom is 10 million times larger than the atom, so its energy transfer range will also be expanded by 10 million times, and it is extremely difficult to heat such a super-giant substance to the hot melting point, or to ultra-low temperature, which is why the material that simulates the atomic structure will be very stable.

For example, simulated water atoms + simulated hydrogen atoms = simulated water, such simulated water is not drinkable, the body cannot absorb them, but they can be used to boil water to generate electricity, the boiling point of simulated water is the same as water, used in super giant cooling systems and so on.

It is also possible to simulate the TNT explosives made by atoms, such a bomb will be very huge, and of course the power will be terrifying, and the TNT bomb that is ten million times larger will be ten million times more powerful.

Thermonuclear weapons have the upper limit of the power of explosion, according to the chain reaction of the atoms, how many atoms are fused to determine the magnitude of the power, the more fusion, the more fusion will be, the greater the power, but if you want full fusion, it is impossible, it is very good to be able to fuse a part, and at the moment of fission, the inside of the container will fall into an extremely unstable state, the atoms will squeeze and collide violently with each other in a closed space, which will lead to a surge in temperature, and the moment it is easy to break through, the fusion process will end, and then it will be an expansion explosion.

The upper limit of the power of thermonuclear weapons depends on the quality of the container, and the quality of the thermonuclear weapons container that can be manufactured by humans is actually very average, far from fully fusing all light element materials, only about 3% of the materials are successfully polymerized to form a higher level of atomic elements, releasing a huge amount of energy.

Compared with natural high-pressure and high-temperature containers such as supernovas, human thermonuclear weapons are weakly exploded, and it is already very difficult for human thermonuclear weapons to reach the power of hundreds of millions of TNT equivalents.

If you want to have a weapon to destroy everything, Tan Qiusheng needs to create a more powerful weapon, and the simulated bomb is a very good choice, creating a super bomb that is ten million times larger, it can far exceed the power of thermonuclear weapons, and it will not encounter the problem of fully aggregating atoms like thermonuclear weapons, as long as the chemical bomb is ignited, it will explode relatively fully.

Such a simulated bomb is of course amazingly powerful, but the cost is also extremely amazing, as the so-called penny for a penny, a simulated bomb explodes, the simulated atom at the scene of a huge explosion, also has to be destroyed, even if some survive, it is difficult to recycle, it can be described as a disposable thing.

If you want to make a more powerful simulated bomb, you only need to increase the diameter of the simulated atom to make centimeter-level, decimeter-scale, meter-level diameter, etc., or simply use a huge ecological space such as material space to act as the simulated atom of the bomb, you can create a bomb of the same size as the Milky Way, and it is unknown what the consequences will be caused by igniting this galaxy-level super bomb.

The engine scale of the quasi-giant planetary spacecraft is 1000 kilometers high, much higher than the scheduled hundreds of kilometers, its combustion chamber is as big as a small world, hundreds of kilometers in diameter, surrounded by magnetic constraints, binding everything here, at this time, the light elements above are transported down the transparent magnetic confinement pipe, and then the surrounding microwaves spread inward, and the light elements are pushed by the kinetic energy of the microwaves, and they move up, and they also collide with each other, and the temperature rises, with the start of the repulsion around them, The movable space is constantly compressed, and the atoms inside are prone to collide together, forming a state of excessive temperature and ultra-high pressure.

After that, the fusion began, coalescing into heavier elements, and also released a huge amount of energy, but this is not over, the surrounding is still impermeable, microwaves and repulsion are still operating, this experiment is to increase the power of microwaves, increase the internal temperature, let it thermal runaway nuclear fusion, artificially create a supernova explosion, but it has not been released, it is still firmly restrained, the internal temperature has exceeded 100 billion degrees Celsius, and the heavy elements began to polymerize.

Increasing the repulsion power, it will increase the internal pressure, so that the continuous pressurization, it will collapse gravitationally, and it will also evolve into a supernova explosion, both of which can be successfully polymerized, and a large amount of energy can also be released, with such super nuclear power equipment, it is also possible to use rocks and other materials to fuse power generation and transform heavy element substances, the dependence on light elements is very small, and the perpetual motion machine is achieved, I didn't expect the nuclear fusion equipment made by simulated atoms to be so strong, and directly skipped the shackles and reached this field.

And Tan Qiusheng's most scarce thing now is metal substances, so she has to obtain metal substances through manual intervention, whether there are immortals in the world, Tan Qiusheng doesn't know, but she has turned stones into gold and realized the ability of immortals, so whether it is cultivating immortals or developing science and technology, the end point is the same, and the same end is such an intuitive feeling.

But this method is a bit chicken, and it is a pity to discard it because it is too slow, and the harvested metal matter is too little, but the energy is not a lot at all, or a little excessive, and the energy cannot be used up.

This is also when the quasi-giant planetary spacecraft is not accelerating, and if it is used for acceleration, the energy generated will not be enough. Read the latest chapter of "Obsessive Survival Claw Book House" for free for the first time.