The evolution of insect swarms from XNUMX million years ago

Chapter 263 The Fusion Era
"**Assemblies, the minimum material performance standard is the recommended standard. It is not impossible to use tricks like this, but it is difficult to process. Can it be grown directly without complicated processing?"

"**** device, detailed structural information. Oh, you can't assemble a structure similar to a shaft. What configuration can be used? *** configuration? This configuration is theoretically efficient, but it is difficult and difficult to maintain the structure. It is alive and can regenerate itself. It only needs to provide nutrients to repair itself. Is there such an operation?”

Countless Ezki individuals are surrounding a special cabin. Among them are researchers related to the reactor, as well as technicians who maintain the reactor on a daily basis. Regardless of the theoretical or practical level, the personnel on the fusion reactor on the fleet are all was found.

At one end of the cabin, a special ancient Dictyoptera insect, twenty to thirty centimeters long, was bending its abdomen with the same special structure. At the end of the abdomen, light came out and was projected on a piece of white fabric with a special structure in front of it.

It is not difficult for Lin Yi to create a structure similar to a projector. A genetic template comes from the refractor structure of the lens in the vertebrate eye, and the luminescent cells come from the "Kraken" flashing gene fragment, coupled with a more complex nervous system and cell-level spatial synaptic signal transmission to achieve precise luminescence at the cellular level. control.

As for that piece of white fabric, Lin Yi stuffed several more special ancient Dictyoptera flying insects into the opponent's research vessel on the spot - its main material was a large number of special silk threads similar to later spider webs.

During this era, real spiders had appeared and had the spinning gland structure to produce spider silk. Although he does not yet have the ability to weave webs for hunting, and the spider silk is only used as a mat to adjust the nest environment and as a material for egg sacs, for Lin Yi, it is enough to have someone to copy, and it is easier than the effort of evolving on his own anyway. Quite a few things.

Several ancient Dictyopteran flying insects equipped with such a spin gland structure improved from the spider spin gland gene fragment weaved a huge white curtain on the bulkhead in a very short time, and the projector insect willed it. The signal is projected onto it.

At the other end of the space synapse, on the surface of Mars, the huge structure of the biological fusion reactor is surrounded by a circle of compound eyes with a special structure. The optic nerve signal is transmitted through the space synapse, converted into a light signal at the other end, and projected.

The technology was provided by the other party, but the difference in technology systems prevented Lin Yi from directly involving the other party in the construction. This method, similar to live broadcast construction, can most efficiently facilitate the communication between different technical systems.

The efficient production and precision processing capabilities brought about by the carpet tissue, pupation structure, etc. really shocked the other party - perhaps in terms of efficiency alone, it is even slightly inferior to automated assembly line processing, but the flexibility of production and processing is far behind. beyond.

If the Ezki civilization has obtained a brand new technology and is ready to put it into use, it first needs to open a new production line for it, and the production line will take time to set up, personnel training, and programming will also take time and cost. When doing this Only when everything is completed and safe can it be put into use.

Moreover, if the production line wants to be improved in the future, it will cost more time. In the end, if the equipment produced by the production line is outdated, the entire production line will have to be scrapped. If you want to improve it to produce new equipment, it is better to open a new one.

The other party only needs to use this method to directly make the parts "grow" out by themselves, and the growth rate is not slow. This makes the other party's production incredibly flexible, and the time from completion of design to mass production of new equipment is the same. , surprisingly short, and subsequent improvements are also very convenient.

Thanks to the efforts of many parties, the first biological tokamak device was first built on Mars. Nearby, several fission reactors and a large number of electric plate columns continuously generate electrical energy, supplying it with the magnetic fluid used for confinement. Forms the basis of fusion reactors. Forming a stable tokamak constraint device, the success of controllable nuclear fusion is more than half completed, but the final step is not so easy to overcome. After many years of tossing, mankind has yet to cross this final threshold.

To solve this problem, another point must be taken into consideration, which is the utilization and conversion of energy. As for how to use energy, the main idea is to use plasma to cut the magnetic field to generate electricity.

But it's still an old problem. Growing an axis is too advanced for a biological structure. It's time-consuming and laborious to study the combination of machinery and biology specifically for this structure, and it may not yield results. And he has a better way.

It is still composed of a special thermophilic cell array and a cooling circulation system, a system that continuously converts thermal energy into chemical energy.

It is worth mentioning that the Ezki large battleship uses two power generation systems. One such plasma generator system is specially used to supply weapon systems, while the other uses traditional thermal energy to boil water to supply other systems.

It is also equipped with large-scale high-energy-density battery arrays and capacitors used in weapon systems, but Lin Yi does not need it very much - the nest's innate ability to efficiently absorb and transform nutrients allows the energy to be used as chemical energy in the body. The energy is stored and converted into electricity when needed.

The improved thermal energy synthesis system utilizes the astonishingly high temperatures of the fusion reactor more efficiently than the two Ezki power generation systems, and wastes less fusion reaction energy.

However, the operation of the tokamak device requires electrical energy after all. The structure of the electroplate column organ that mainly relies on generating electrical energy has barely reached the standard after many improvements by Lin Yi. If it is not possible, it can be simply and crudely stacked. There are some problems with energy transmission.

Existing conductor materials have a certain amount of waste in the transmission process, and the Ezki people seem to have partially achieved room-temperature superconductivity. This allows the power generation capacity of the nuclear fusion reactor to have redundancy to supply the entire world after supplying the tokamak device. ship.

However, Lin Yi is not completely helpless - although the superconducting materials used by the other party are difficult to be applied by living organisms, combined with the other party's materials and some scattered gains from archaeological Bao, the biological version of the superconducting structure has been basically completed. .

Under the on-site guidance of a large number of Ezki technicians and scientific researchers, countless structures were combined to complete the construction of the first nuclear fusion reactor of the cluster little by little, and finally, the first test ignition was ushered in.

The large compound eye records all the details of the picture, then transmits it to the earth through the space synapse, and then projects it on the white curtain, reflected in the eyes of every Ezki person present - success or failure depends on what happens next.

(End of this chapter)