Uta's subsea development plan is Ross' most successful investment plan, which not only brings an endless supply of palladium energy, but also enough to use China for 100 years for free. The economic value of various gold, silver and diamond mines is tens of trillions of dollars.

In addition, among the 100,000 extraterrestrial meteorites, more than a dozen elements and substances that are not found on the earth have been discovered, allowing mankind to discover 'supermagnetic particles' and master this particle, which can make 'atomic reactors' and rudimentary anti-gravity technology.

This is just the beginning, the total reserves of extraterrestrial meteorites in the bottom of the sea have reached more than 40,000 tons, and it is the extraterrestrial wealth accumulated by the earth for 5.6 billion years.

If all the extraterrestrial meteorites on the entire seabed are dug up and all analyzed and deciphered, how many unknown elements and unknown substances can human beings discover, and how many terrifying technologies can be developed, human physics, quantum science, and ...... And so on high-tech will continue to break through.

The seabed is the largest treasure house of mankind, and its existence is not only the economic value, but also the research on it and the development of science and technology that it brings are the most valuable wealth of mankind.

Rose's interest has been ignited, and the unexpected discovery of 'supermagnetic particles' has made Ross excited, and even the attraction of palladium has weakened a lot for Rose, and overseas meteorites have become the thing that Ross is most interested in.

In order to search for all the alien meteorites under the sea, Ross re-asked Yuta to produce another 500,000 intelligent robots, and after these intelligent robots were put into the seabed, the only task was to collect various alien meteorites on the seabed.

Ross wants to make a comprehensive breakthrough in human science and technology by studying these alien meteorites.

Supermagnetic particles can already be produced from the Hadron Collider. In addition to making 'God particles', the Atomic Laboratory has one more task, which can make 'supermagnetic particles'.

Ross couldn't wait to build an atomic reactor using supermagnetic particles. Realization of atomic compression technology.

Leaving everything at hand, Ross began to work with scientists to develop an 'atomic reactor'.

In order to build an 'atomic reactor', Yuta invested a huge amount of $2 billion to first use supermagnetic particles to build a set of super electromagnetic walls, and the new electromagnetic device has reached its limit. The resulting air pressure is up to 500,000 atmospheres.

Tons and tons of steel, liquefied, and various carbon nanotubes were added. It is then fed into a vacuum hood of a super electromagnetic device, and finally produced into paper-thin compressed steel.

This super nanomaterial has 50 times the hardness of ordinary steel, but only one-fifth the weight of ordinary iron steel. Because nanomaterials change the atomic spacing. Reduced weight.

Using this 50 times more steel, Uta began assembling an atomic reactor.

It took half a month for a huge reactor with a height of 10 meters and a diameter of 5 meters to appear in the factory of Yuta.

This atomic reactor is a circle, and its top, bottom, left and right are composed of four semi-circular electromagnetic walls, once the super electromagnetic wall is connected to the electric current. The magnetic force generated is unusually terrifying.

The repulsion of the two sets of positive and negative magnetic forces squeezes down, and the air pressure generated is terrible. Let the reactor spin quickly, and bring enough power to compress the atoms.

After anything enters the atomic furnace, under the super strong air pressure, the substance will be directly pressed into an atomic state, and the stone will turn into gas, and the steel will enter and turn into gas, in a sense.

The atomic reactor not only has the ability to compress atoms, but also has the ability to decompose atoms. Because the atomic density of all the substances on the earth is not enough, they cannot withstand this air pressure, and they will be directly crushed and decomposed into an atomic state.

Using the super pressure, various atoms are compressed into solids to form new materials.

The huge atomic reactor had been assembled, and before the experiment had even begun, Ross threw himself into a meticulous test experiment.

This huge spherical reactor with a height of three thick buildings is equipped with various nanochips and nanosensors, which are protected by super ceramics and only induce the changes of atoms and elements in the furnace by the light emitted.

This atomic reactor, the process of decomposing and compressing atoms, is equivalent to the data generated by the explosion of 100 nuclear bombs per second, and human supercomputers cannot analyze such huge data at all, and only a supercomputer like Huaxia-1 can easily process this information.

Once a quantum optical brain is developed, a superbrain, tens of thousands, or even millions of atomic reactors can be mastered.

The atomic reactor is cylindrical, it is composed of two sets of inner and outer sets, just like a large bucket with a small bucket inside, and the outermost set is fixed, the shell cannot be moved, and it is made of super ceramics to prevent magnetic leakage and create a disaster.

The inner layer is movable, and when it is not moving, the magnetic force balances with each other, so that the distance is close, and after the magnetic force repels each other, it forms a super pressure.

After five days of various inspections to ensure that every part, every chip, and every sensor met the requirements, Ross couldn't wait to start the experiment.

In order to be sure, Ross gave all the employees of Yuta a day off. 3,000 scientists, along with Rose, began to do atomic compression experiments.

All experiments are completed by remote sensing technology, and scientists only need to use remote sensing technology to give instructions to intelligent robots, and Huaxia-1 will be responsible for controlling everything.

At Ross's command, the intelligent robot moved pieces of heavy iron into the atomic reactor.

There were 20 large pieces of iron, each weighing 2 tons, and after they were stacked, they were piled up into a mountain of small iron blocks.

Ross ordered the reactor to be closed, and after the order was issued, the intelligent robot ran out of the reactor door, and after the reactor was automatically closed, a closed space was formed, and the situation inside was clearly seen under the monitoring equipment.

Ross ordered the reactor to be started again, and in an instant, the reactor was turned on.

Ross ordered the reactor to be turned on to 1 million atmospheres, after receiving the command. Huaxia No. 1 remotely issued instructions to the intelligent software in the reactor, instantly. The reactor lit up like the sun.

Four super magnetic forces shone on the iron ore like a pillar of light, and in an instant, the iron ore became red, turned liquid in a blink of an eye, and finally bubbled, all of which evaporated into gas, and finally the gas turned into plasma. The plasma eventually becomes atomic.

The high temperature in the atomic reactor reaches more than 30,000 degrees Celsius, but it is isolated from the heat by the super ceramic and cannot cause damage to the atomic reactor.

40 tons of iron ore. In less than three seconds, it disappeared directly into the reactor and turned into 40 tons of various atoms in a closed space. There was no atomic leakage at all.

"Groups 1 to 5. Analyze the atomic composition. ”

At Roth's orders, scientists began to work together to test the composition of various atoms in the atomic reactor.

In a minute or so, more than a dozen atoms that make up iron ore were analyzed, of which iron atoms accounted for only 17. About 5%.

Ross ordered the pressure to be lowered, and under the weakening of the current, the power of the atomic reactor was greatly reduced, and all kinds of atomization in it were turned into gases. Various gases that form black and float in the reactor.

Under the weakening of the magnetic force. The various atoms are affected by the magnetic force in different ways, some of which fall to the ground of the reactor, while others float in the air.

"Start the particle accelerator."

Under Ross's order, the particle accelerator in the reactor was turned on, and various atoms were accelerated, and the power generated by the collision of particles made a loud noise in the atomic reactor, like bombs exploding.

The unwanted atoms are accelerated and discharged through special pipes, and the most needed iron atoms are magnetically controlled and remain in the reactor.

Soon the atoms in the reactor were reduced by 80%, leaving only the purest molar iron atoms.

In the reactor, a black cloud of atomic gas appeared, and they hung in the air like thick ink.

"Inject supermagnetic particles."

At Rose's command, in the reactor, a robotic arm stretched out and spewed out a stream of black light, after these black lights were injected into those iron atoms, these iron atoms emitted a crackling firelight, affected by the supermagnetic particles, they instantly became very close to each other, turned into solid round iron blocks, fell down, and fell into the vacuum magnetic cover

"Activate the four electromagnetic walls, release two sets of positive and negative electromagnets, and push the distance by 1 centimeter."

At Ross's command, the two sets of circular electromagnetic walls on the inner layer of the reactor, like syringes injecting a patient with a potion, began to advance the distance.

Due to the control of supermagnetic particles, the iron atoms are not dispersed, but under the control of magnetic force, they are constantly squeezed, becoming tighter, and the density is increasing wildly.

In order to solve the problem of weight, Ross again ordered the injection of carbon nanotubes, which are arranged in a hexagonal mesh tube in a way under the action of nanomaterials.

Like squeezing toothpaste, the atomic reactor ejects these high-density iron atoms through the nozzle, and under the treatment of the cooling system, the iron atoms are ejected and then cooled, forming thin sheets of iron.

Ross couldn't wait to run to the electromagnetic factory and test these super metal materials.

The hardness of these super steels has reached 300 times that of ordinary steel, and the weight, due to the structure of nanomaterials, has been reduced by 100 times, and the super steel turned into 40 tons of iron ore is only 130 kilograms, which has super toughness and high temperature resistance of 30,000 degrees.

It is a material in the human imagination, with high density, mass and light weight, which almost distorts human physical cognition.

The manufacture of this super material only exerts one-ten-thousandth of the power of an atomic reactor, and as long as Ross wants, he can use the atomic reactor to press a mountain to the size of his fingers.

The emergence of the atomic reactor will bring about a leap forward in science and technology, which will benefit mankind immensely, and the engine made with this thing cannot be destroyed at all, and the life span will reach more than several million years. One engine that can be used permanently.

Use it to make the shell of a ship, even if it is attacked by a nuclear bomb, not even a single mark will appear, and the bullet made with it can penetrate any defenses.

Ross couldn't wait to use the 30 kilograms of super materials to upgrade Yuta 1, and then with the biochip, after adding nano liquid metal, a set of intelligent and liquefied Yuta 1 appeared on Rose.

The new Uta One is usually attached to Rose's two arms like a bracer, and once Rose gives the command, it will cover Rose's entire body like a stream of water, forming a protective layer of metal up to 2 centimeters thick.

These two centimeters of super iron, the hardness is equivalent to 6 meters of thick steel, it is equivalent to the steel castle on Rose's body, so that Rose has terrifying defense capabilities without using the strength of the Hulk.

There are no weapons that can penetrate 6 meters of steel, and if anything, it is bullets made of this material.

Yuta 1's defense is extremely strong, and its attack ability is also instantaneous, and it can make this super iron atom into a bullet, and the power generated by the attack can pierce through a 10-meter-thick steel wall. Even the super body armor and super ceramic tank made by Uta could not stop its attack.

The atomic reactor has been successful, and its compression of matter is compressed from the atomic state, and the various material technologies brought will increase the hard technology strength of Yuta Company several times again, and all kinds of human beings can only imagine things, and Ross can already make them.

Using this material, the engine will bring a terrible increase in performance, and the Uta company has the ability to develop a private aircraft, even without a fusion engine, the powerful power system required by the spacecraft can now succeed.

Ross used to have a very frizzy personality, and that was because the heart disease reminded him that time was running out, so many technologies, as long as they were developed, had to be applied. But now Ross is not in a hurry to build the Yuta spacecraft, the nuclear fusion engine is what Ross wants, this super steel can be used as the material of the engine.

Uta's quantum technology is still under development, and the optical brain and quantum neural network are still being designed.

Ross began to focus on the 'Atomic Reactor', 'Anti-Gravity Technology' and the new 'Super Engine'.

(To be continued.) )