<h4>Chapter 466: Chapter 467 Simplified Materials</h4>


    Today''s scientific research work ispletely reassuring to be left to the collectors. Although the collectors are not as smart as human beings, nor as the Selin people, and they are as flexible as they are, but the huge high-quality poption base can make up for this.


    Today''s collectors are no longer the children who hid under Huo Gu''s wings. They have really grown up and will continue to grow up.


    "No, this can''t be done. The gamma protectiveyer can''t be thickened. The volume of the jumping organism is sorge. If it is thickened, the space of other biologicalponents of the organism will be upied."


    In the life field channel, the collectors are arguing. The reason is the high-energy gamma rays released after the annihtion of positive and negative substances. Many collectors have proposed various schemes. As a result, they either need to change the structure of the organism or it is not feasible at all.


    The only feasible solution in the end is to increase the tonnage of *** organisms, but the collectors do not adopt this scheme for much reason.


    "Then we can increase the volume of *** organisms. The volume of the designed jumping organisms is not asrge as that of the Selin battleship. As long as the load tonnage is increased, the gamma protectionyer can be thickened."


    "Do you want to design the leap-entry creature to the size of the mother ship ss?! Do you know how much energy it takes to elerate that mass body of tonnage?


    Some collectors questioned that collectors did not want to add too much mass to the design of the Leap Forward creature. Although there are many antimatter, it is not so wasteful. Moreover, after the volume increases, the target will berger. After the mass is improved, it means that the biological bones need to withstand stronger iner inertia when moving in the direction.


    "No, I mean, it can be adjusted to the size of an imperial cruiser."


    It is impossible to adopt the mother ship ss. That kind of biomass elerates to sublight speed, which is very inappropriate in all aspects, but if it is only the volume of the Imperial cruiser, it is still within the eptable range of collectors.


    "This is a good method, but it can''t be said to be ideal. Every time the mass of the leap forward organism increases by a kilogram, the antimatter required to elerate to the sublight speed will multiply. It is better to solve gamma rays without increasing the tonnage."


    There is a collector''s proposal, and such a proposal has attractedints from collectors who have expanded the deadweight tonnage, because this idea is so beautiful that it is difficult for non-electric gamma rays to interact with the electromaic force of the atom. Generally speaking, it is either collides with the atomic nucleus to make isotope radiation, or it collides with electrons to create ionization. Effect.


    "How can this kind of thing happen? It is well known that gamma rays are not electrical. There are very empty areas inside atoms unless they can squeeze the nuclei together..."


    The best way topletely block gamma rays is to create an atomic wall that can absolutely reflect 100% of any electromaic waves.


    Originally, it was just a momentary, but it inadvertently inspired another family.


    "That''s right! Just huddle together! I thought of it!"


    All the collectors were shocked, but judging from the mood of the life field of this same race individual, it seemed that they were convinced that gamma rays could be blocked, so the collectors were curious about the n of this race.


    "What do you think of?" Some collectors asked.


    "We can use metal hydrogen as a shield for gamma rays."


    The proposer was very excited and couldn''t wait to exin his n to shield gamma rays to his peers, but this answer did not make the collectors agree.


    "Metal hydrogen doesn''t work."


    "I''m talking about not a liquid state, but a solid state. It is a crystal structureposed of hydrogen nuclei whose atomic spacing is less than the minimum orbital radius of the electron. Electromaic waves can''t prate.


    "...Are you kidding?"


    The proposer exined it very seriously, but the collectors are still not optimistic. There is no reason for this kind of unseeing.


    "Do you know how big the biomass will be in the solid metal hydrogen that covers the whole leaping organism? This is not liquid metal hydrogen.


    "The eleration of objects depends on the mass rather than the volume. You just press down the volume, but the mass is probablyrger than the mother ss. The antimatter needed to elerate to the sublight speed is an astronomical figure."


    "Don''t worry, I haven''t finished yet."


    The proposer motioned your fellow race to calm down and let him exin his idea clearly first.


    Then, the life field soon calmed down, and the proposer began to exin his idea.


    "Indeed, the density of solid metal hydrogen is very high. In the final analysis, it is fundamentally different from liquid metal hydrogen. Liquid metal hydrogen is a diatomic molecr structure and still belongs to the molecr level, but solid metal hydrogen is already equivalent to squeezing a pile of protons together."


    "ording to the density form, when the density remains unchanged, the smaller the mass, the smaller the volume will be. However, the volume of an object is calcted ording to the length, width and height of the object. Everyone subconsciously ignores the thickness of the solid metal hydrogen protectiveyer I mentioned. The length and width remains unchanged, and the thickness is reduced."


    What collectors need is only ayer of ''wall'' that can block gamma rays. and the material structure of solid metal hydrogen is a very suitable ''wall''. ording to the Pauli ipatibility principle of quantum mechanics, electrons cannot prate such substances. Structure, this is a proton wall. In the final analysis, gamma rays are also electromaic waves. The material carrier of electromaic waves is electrons, so gamma rays cannot prate the proton wall.


    After the logic was clear, the collectors discussed with each other, exchanged opinions, and then asked the propsors of the n.


    "How much do you n to reduce the thickness of this protectiveyer?"


    "The thickness of the two protons."


    The proponent confidently answered frankly, because the protectiveyer is very thin, so the quality will not be very high, even much smaller than the original gamma protectiveyer. As long as its design idea is adopted and applied to anti-matter propulsion and anti-matter weapons, the quality of the leap forward organism will not only not rise, but will also go down. Fall.


    This is its design idea!


    "What do you think?"


    "In theory, it seems feasible, but the technical difficulty..."


    "It is not difficult for us to make solid metal hydrogen." The proposer added.


    "It''s not difficult, but manufacturing is one thing, but processing is another."


    "The key question is how do we control the thickness and stabilize the thickness of solid metal hydrogen as thin as two protons?"


    "Yes, it''s too difficult to process such a density."


    Now that there is such a seemingly feasible solution, the collectors begin to think about how to make this kind of thing.


    "The method is alwayse up with... Yes!"