Honghuang, I am engaged in science and technology in the Wuzu

In 2042, the Flood Barren Empire came out with shocking news that the basic material research that had lasted for two thousand years had been completed.

This is a huge research program, with a cumulative investment of more than 5 billion laboratories, involving 100 billion researchers, 4,500 research institutions, and producing more than one million results.

As we all know, the flood world is different from the earth, with a total of 852 elements, which can be combined into endless materials such as alloys, compounds, organic matter and so on.

Many of these materials have special properties that can make devices with special functions to make powerful creations.

Among the most important research results are superconducting materials, magnetic energy shielding materials, light-blocking materials, space alloys, high-energy materials, photoelectric conversion materials, which are the most versatile materials, and other materials for various purposes do not need to be examples one by one.

Superconducting materials are familiar to everyone, it is an essential material for building nuclear fusion, can create a strong magnetic field, can also be used to build maglev tracks, for high-speed transmission of logistics in flooded wastelands, and many other uses.

Magnetic energy shielding material is a material related to magnetic fields, this material can produce a super strong magnetic field, if used in the shielding layer of spacecraft, it can resist the terrible solar wind in deep space, terrible cosmic particle radiation.

To know that in the deep space universe, most of the space is empty void, if there is a super destructive particle flow, such as gamma ray flow, proton flow, neutron flow, electron flow and other cosmic radiation, these cosmic radiation particles have ultra-high speed, and some particles have the speed of light.

These cosmic radiation particles bombard the circuit, can directly burn the circuit board, can break the DNA in human cells when passing through the human body, inactivate proteins, if unlucky to encounter this high-intensity cosmic radiation, it is a disaster for the deep space fleet.

Ordinary materials are difficult to resist such strong cosmic radiation, but magnetic energy materials can, it can use a strong magnetic field to deflect these cosmic radiation, protecting the safety of the spacecraft.

Light-blocking material is a material that can stop light, can store photons, this material is used in photonic computers, photonic networks, this is the next generation of chip technology, the current flood empire many companies are studying it.

Space alloy is an alloy that can be used for space navigation, this alloy is the hardest alloy found by the Honghuang Empire, manufactured by hundreds of processes, the alloy has strong metal bonds inside, and it can also be strengthened from generation to generation, many companies and institutions in the Honghuang Empire are studying it, and some experts speculate that this super alloy has the potential to make powerful robots at the golden fairy level.

High-energy material is a very high degree of energy polymerization of materials, generally used in batteries, although there is nuclear fusion such an endless energy, but the battery still has an irreplaceable role, because of its low cost, easy to use, energy polymerization is extremely high.

Photoelectric conversion material is a kind of material that can convert light energy into electrical energy, with a conversion rate of 100%, not only that, its power is extremely high, can produce extremely condensed light energy, produce considerable light pressure, can be used in spacecraft engines.

Because of the explosive expansion of the Flood Barren Empire, the speed of scientific and technological research began to accelerate, and various new materials and new technologies sprang up.

In the research department of Brilliant Technology Company, Fang Hao and others are testing the latest computer, the first generation photonic computer.

The first generation of computers is a tube computer, the second generation of computers is silicon-based semiconductor computers, the third generation of computers is silicon carbide electronic computers, and the current photonic computer is the fourth generation of computers, which uses light to process information.

Although the electric field propagates in the wire, which is faster than the speed of any vehicle we see, it is not suitable for the high-speed transmission of information.

Because high-frequency communication is easy to generate a lot of heat, but also easy to be affected by various external noises, such as thermal noise, electromagnetic fields, various radiation, etc., which will lead to more and more difficult electronic computer design, it is difficult to improve its operating speed.

The photonic computer uses photons as the carrier for transmitting information, optical interconnection instead of wire interconnection, optical hardware instead of electronic hardware, optical computing instead of electrical computing, the use of laser to transmit signals, and the optical fiber and various optical components constitute an integrated optical path, so as to carry out data calculation, transmission and storage.

In photonic computers, light of different wavelengths, frequencies, polarization states, and phases represents different data, which is far better than binary operations performed by changing the states of electrons 0 and 1 in electronic computers.

The basic component of a photonic computer is the integrated optical path, which requires a laser, a lens and a nuclear mirror.

The important material for integrating the optical path is the light-blocking material, if you give it a voltage, it will store light, if you do not give voltage, it will release light, this property constitutes a photonic logic gate.

Because photons are faster than electrons, photonic computers can run up to a trillion times, its storage capacity is tens of thousands of times that of electronic computers, and language, graphics and gestures can be recognized and synthesized.

Photons have no charge, can resist all kinds of radiation, optical paths can cross propagate with each other without affecting each other, do not interfere with each other, and tens of millions of beams can pass through an optical element at the same time without affecting each other.

Photons have no rest mass, and they can propagate in both a vacuum and a medium thousands of times faster than electrons propagate in wires.

Such superior conditions can make supercomputers tens of thousands of times more powerful than electronic computers.

Advantages of photonic computers:

Photons have no charge, can resist all kinds of radiation, optical paths can cross propagate with each other without affecting each other, do not interfere with each other, and tens of millions of beams can pass through an optical element at the same time without affecting each other.

Photons have no rest mass, and they can propagate in both a vacuum and a medium thousands of times faster than electrons propagate in wires.

The conduction of photons can be without wires, and even in the case of intersection, they will not have the slightest mutual influence, so the photonic computer has no parallel channel for transmitting information without wires, and its information transmission density is actually infinite and can be superimposed indefinitely.

Not used for electronic conduction will produce impedance, photon conduction has no impedance, is not heated, so energy consumption can be very low, electronic computers need fans to dissipate heat, but photonic computers do not need.

Brilliant Technology Company has studied computers for more than two thousand years, is familiar with various computer technologies, stores a large number of technical talents, and has a very strong strength.

Although photonic computers are very different from electronic computers, the basic principles of computers are exactly the same, and Brilliant Technology Company has been deeply engaged in this field for so many years, and this difference is quickly solved.

In the second year of the successful research of photoresist materials, that is, in 2043, the first photonic computer was successfully researched, and immediately set off a buying boom in the Flood Barren Empire.

Because this photonic computer is directly compatible with current 5G and 6G networks, it runs at 1548 times faster than electronic computers.