Oct 27, 17 / Oph 20, 01 20:53 UTC
I propose to create a cell of the perspective network "Space Expansion", within the framework of the Asgardia project. ¶
I propose the concept of the development of the Earth predecessor of the future world space industry in the form of a network structure. And the idea of creating a cell of this network structure, within the framework of the Asgardia project. Working together with Asgardia, for the sake of a more rapid development of the new space-age industry and for the rapid movement of humanity towards the transition to the cosmic level.
I welcome the participants of the Asgardia forum.
I am an extra-system innovator, a supporter of the development of space expansion and a new industrial way of life.
These two tendencies are interconnected with each other, due to the fact that the technologies of the new industrial structure will enable large-scale industrial development of space.
The main difference of the new way from the traditional industry in the methods of production. Modern industry is based on highly specialized machine tools. And complex production chains that use a variety of different machines to get what you want, a complex product. For example, such as a car, or an airplane.
The new industrial structure is based on the "Digital Production", the creation of products on the digital template. Manufacture of products by the method of adding material on a digital model, this is the so-called "Additive production method", which uses 3D printers. The main difference between digital and traditional production is that it allows you to obtain products of a high level of complexity directly from the raw materials. In this case, there is no need for complex production chains with many machines and assembly lines. Virtually any part can be printed from the raw material on one universal machine. If you assemble several 3D printers and assembly manipulators on a miniature production site. You can get a "Micro factory" capable of producing products of a high level of complexity and manufacturability, such as cars, industrial equipment, or other micro factories. The technology of "replication", machines that can produce copies of themselves - "Replicas", is now known. Some models of 3D printers are capable of printing sets of parts from which they are assembled. But so far, the technology of replicator machines has not been brought to a high level of perfection.
When the technologies of digital production and replication are brought to a certain level of perfection, on their basis, it is possible to make space micro factories - replicators, "Production modules". Have weight and cost, comparable to modern satellites or modules of manned stations. Such a production module - a replicator working in conjunction with a universal robot, delivered to sources of resources, can make a large number of its duplicates and robots in a few months or years. Hundreds, or thousands of machines. After that, by the forces of this grouping, robots, cybernetic workers, and a multitude of micro factories, one can begin to create a permanent industry and infrastructure. In this way, it is possible to create industrial enterprises and bases in space, by sending only one bundle of the production module - the replicator and the robot.
On 3D printers in space, high-tech parts, such as electronics and instruments, can not be printed, they will have to be delivered from the ground. But the weight of knowledge-intensive details is relatively small. And to supply the extraterrestrial industry with knowledge-intensive details, not the first stages, standard missiles will suffice. And further, space transport systems of new generations will start to develop.
The beginning of a full-scale industrial development of space has always been the primary goal of the development of space exploration. Industrial colonization of the cosmos, this transformation of the solar system into the field of activity and the habitat of people, its assimilation. This is access to unlimited resources, allowing to create an economy of general prosperity. And the transition of mankind to the level of cosmic civilization.
Only at the modern level of technology, the creation of the space industry could not be approached. The main obstacle is the high cost of delivering to space the traditional industrial equipment. Transfer to space, analogues of modern industrial enterprises, based on a set of highly specialized machines and complex production chains, this mega costs.
The transition to a new industrial structure will give an opportunity to lead the industrialization of space through replicator machines. It is enough to deliver to the right place one production module, with a robot, it will make thousands of its copies and robots, group robots by commands from the ground, build bases and industrial enterprises. These enterprises will begin mass production of transport, spacecraft, and replicator machines, for further distribution of the "seeds of industry", in the solar system. Caravans of transport ships built on alien plants, will begin to supply the land with valuable resources. Such as, precious metals and rare earth elements, titanium, aluminum, alloying metals, and later, iron. Space industry firms will spend on the first machines replicators of billions of dollars, but will receive hundreds of billions of profits. Space resources will cause an increase in the terrestrial economy by trillions. And this is only at the first stages of the growth of the space industry, in the first 10 - 15 years. At the next stage, the capacity of the space industry will equal the terrestrial industry, and the colonization of space will become the main direction of the development of the terrestrial economy.
The industrialization of space with the help of replicator machines will not be super-expensive, but will be more profitable and quick.
Now the technologies of digital production and replication have not yet reached a sufficient level of perfection, for the creation of space production modules - replicators. But reaching the right level is not such a distant prospect. The necessary technologies will appear on the mass market, in about 10 to 15 years. If a large firm or government structure, with good funding, sets a goal, to create a space module - a replicator, and will concentrate on its development the necessary resources, it will be able to make a workable machine for 1 to 2 years. Only now machines replicators, can not yet become massive and not expensive.
When the machines replicators become massive, the way to mass industrialization of the cosmos will be opened.
Therefore, the prospect of global space expansion depends not so much on modern space programs as on the transition of the world industry to a new industrial structure.
Modern space programs, go in the mainstream of the strategy that was formed during the space race. Their goals, scientifically demonstrative, conduct research, raise the authority rating in a particular state. But industrialization or colonization of space in the mainstream of the strategy - "Racing for records", is not expected. In fact, this is the stage of research and experiments. State-of-the-art space programs also aim at the next scientific demonstration achievements, such as the creation of scientific bases on the Moon or Mars. But from the point of view of practical development of the solar system and world space expansion, the main frontier to which one should strive is the creation of the world space industry. The beginning of mass industrialization of the cosmos will make humanity a cosmic civilization. Research bases on other planets, only an intermediate stage. Therefore, for an effective move to the main frontier of space expansion, the main focus should be on creating the space industry. This movement depends mainly on the development of a new industrial structure in the modern world industry. Progress in the development of a qualitatively new industry based on the technologies of a new industrial structure is the main direction of the real, rather than demonstrative, movement of humanity into the space age.