Genius of the Rules-Style System

Chapter 1537: Chapter 727: The Plan to Truly Leave the Solar System!_2

For example, Unlimited Power Automobiles.

The export of Unlimited Power Automobiles went through a lot, initially facing various prohibitions and restrictions. For instance, M Country hoped that Unlimited Power Automobiles would establish factories within M Country, or cooperate with M Country’s car companies before they could be sold.

However, the situation has slowly changed over the past two years.

Foreign countries have discovered that their technological advancements in various fields have been rapidly caught up by domestic progress, and they are completely unable to keep pace with products related to the latest technology.

Because the public cannot purchase the latest technological products, they start to gather and protest. Consequently, political policies have relaxed, and their perspectives have changed.

This is just like the domestic situation several decades ago when, knowing that foreign countries had high-tech products, there was a desire to introduce more high-tech to learn and foster the development of domestic technology.

Foreign countries learning from domestic advancements is the current trend.

As a result, high-tech products related to the latest technology are now much easier to sell abroad. The approval process for applications has relaxed, and the timeline for approval has significantly shortened.

This is even more so the case for flying cars.

Flying cars are definitely attractive due to their multiple high-tech features, and foreign countries also hope to learn from them.

Of course, in reality, they cannot learn anything.

It’s nearly impossible to replicate products from the field of the latest technology by disassembling and copying the original devices, especially flying cars, which involve solar energy transmission technology.

Even if they managed to replicate them, what of it? The most basic requirement is to have an Energy-Gathering Satellite near the sun to use them.

——

The research at the Z-wave experimental base continues, and the matter transmission experiment has found its equilibrium point.

Now it’s about conducting the experiment repeatedly, calculating based on a large amount of data to figure out the relationship between energy and space.

Theoretically, this means establishing the relationship between photon energy and the Voidon.

This relationship is very important; once ’Spatial Density Calculations’ are completed, it could even enable the use of matter transmission technology to transport the most common substance: water. freeweɓnøvel.com

For now, matter transmission experiments can only transport over sixty percent of the material, and the transmitted material will turn into atoms or molecules. This results in solids becoming powder, but the impact on liquids and gases is minimal.

If matter transmission technology could be truly utilized, it would be possible to directly transport Earth’s water to other planets...

For example, the Lunar Base.

Without any doubt, water is incredibly important for the Lunar Base. The urine from residents in the living areas is collected for purification and reuse as domestic water. Employing matter transmission technology would perfectly solve this issue, allowing the transfer of several cubic meters of water at a time, with multiple transfers possible, ensuring the water supply for Lunar Base.

Compared to the costs of transport ships, the use cost of matter transmission technology could be much lower.

If solar energy transmission technology could be used as the energy supply, the cost would be negligible.

Of course, creating the ’Voidon-free space’ in the lab on the moon is not an easy task, requiring a lot of equipment, some of which is extremely heavy and impossible to transport by ship.

But no matter what, as long as there are no theoretical or technical limitations, applications can always be realized.

While continuing the research on matter transmission, Zhao Yi also oversees the development of the space exploration division at Yixing Technology. Yixing Technology’s next plan is to use the high-energy Z-wave satellites in space to experiment with launching thirty special probes.

The thirty probes are launched together, utilizing single-energy spatial shroud technology. The transport ship used is disposable, and so is the spatial shroud it activates. The probes are systematically placed on the disposable ship and directly transported to their destination by space navigation.

Then, the disposable ship will disintegrate, and each probe will activate its internal energy device for a period of flight and flight path correction, heading in its respective direction.

This is an exploratory nature detection plan.

The goal of Yixing Technology has always been to use the super-large Z-wave assembly built on the Moon to cover a nearby range of ten light-years, sending out a large number of probes for targeted exploration in the vicinity of the star system.

The purposes of this exploration include studying the composition of planets and comets, as well as identifying potential human-habitable planets, among others.

However, the exploration is not purely scientific. There is hope of finding valuable mineral deposits or other valuable discoveries, which can dictate the next steps in development plans.

The development of the probes did not consume much effort; it’s primarily the development of the disposable transport ship that mattered most, with Zhao Yi personally contributing to the core designs.

This is the first practical test use, with the destination being the Oute Nebula that encircles the Solar System.

This is also the farthest distance that the Earth’s high-energy Z-wave satellites can support space shuttles.

The range of the Oute Nebula is vast, covering about thirty thousand astronomical units beyond Pluto’s orbit, up to a distance of one light-year. The area is believed to contain over a trillion comets orbiting the Sun and is considered the origin of many long-period comets.

Yixing Technology is preparing to use this opportunity to conduct preliminary exploration of the Oute Nebula.

The initial detection targets are some known comets and planets, followed by free exploration, akin to the Voyager probes. Wherever they fly, they explore, with information only transmitted by faint electrical signals. Considering energy resources, the probes do not have space connection devices installed; even the initial data transmission will be delayed by two months.