How to store history?
Data can be stored in the CD-disks, which are made by using diamond glass
There are many documents and other things what we should store perfectly because those files are containing information, which is vital to our culture. The thing is that those special files must be able to open in the cases, that every other archive are lost, and one of the best ideas to store files in digital form in the CD-disk, what is made by using the diamond glass, what is similar, that is used in the spacecraft.
That storage would be perfect if there would be found the computer, which can read that information. But the problem is that the computers are advancing, and maybe in the future would be not found the computers, which can open those files. They might involve data of our genomes, and the entire genetic chart of the human and other animals can be stored in digital form. And then the nanotechnology or sharper saying nanomachines can remake the DNA if that thing would be necessary.
The microfilms can also be stored in the diamond glass core, and the microscopes can store with those microfilms.
The other way to think, how to make the storage, what cannot be harmed is to store the data in the microfilms. Then those microfilms can put in the diamond glass, which is one of the strongest material on the Earth.
And of course, the stored data must be allowed to read even in the case, where are no computers left for that purpose. The solution is simple, just store the microscopes with those microfilms, and then that data can be read after the millennium.
Data can also be stored in satellites
One of the most fascinating ideas to store the data is sending it to satellites, what are in the Oort cloud. That kind of satellites are in the superconducting conditions, and the data can be stored easily to the metal wires, what is an in the temperature of the absolute zero degrees of Kelvin.
The data what must be stored in those satellites can send from Earth, and those data satellites can also operate like the hard disks, where the extremely important data would be stored by using RAID-5 technology. Those data storage would be extremely expensive, but very fascinating tools for data sciences of tomorrow.
Maybe we would someday send the supercomputers to the edge of our solar system, where they would be in superconducting conditions. And that thing makes them extremely fast. Also, those supercomputers would be safe from conflicts, and they can remote-controlled from Earth. The thing is that those systems might not build in our lifetime, but the systems might use highly sophisticated artificial intelligence to solve problems, what the system would get from the Earth.
Data can be stored in the CD-disks, which are made by using diamond glass
There are many documents and other things what we should store perfectly because those files are containing information, which is vital to our culture. The thing is that those special files must be able to open in the cases, that every other archive are lost, and one of the best ideas to store files in digital form in the CD-disk, what is made by using the diamond glass, what is similar, that is used in the spacecraft.
That storage would be perfect if there would be found the computer, which can read that information. But the problem is that the computers are advancing, and maybe in the future would be not found the computers, which can open those files. They might involve data of our genomes, and the entire genetic chart of the human and other animals can be stored in digital form. And then the nanotechnology or sharper saying nanomachines can remake the DNA if that thing would be necessary.
The microfilms can also be stored in the diamond glass core, and the microscopes can store with those microfilms.
The other way to think, how to make the storage, what cannot be harmed is to store the data in the microfilms. Then those microfilms can put in the diamond glass, which is one of the strongest material on the Earth.
And of course, the stored data must be allowed to read even in the case, where are no computers left for that purpose. The solution is simple, just store the microscopes with those microfilms, and then that data can be read after the millennium.
Data can also be stored in satellites
One of the most fascinating ideas to store the data is sending it to satellites, what are in the Oort cloud. That kind of satellites are in the superconducting conditions, and the data can be stored easily to the metal wires, what is an in the temperature of the absolute zero degrees of Kelvin.
The data what must be stored in those satellites can send from Earth, and those data satellites can also operate like the hard disks, where the extremely important data would be stored by using RAID-5 technology. Those data storage would be extremely expensive, but very fascinating tools for data sciences of tomorrow.
Maybe we would someday send the supercomputers to the edge of our solar system, where they would be in superconducting conditions. And that thing makes them extremely fast. Also, those supercomputers would be safe from conflicts, and they can remote-controlled from Earth. The thing is that those systems might not build in our lifetime, but the systems might use highly sophisticated artificial intelligence to solve problems, what the system would get from the Earth.
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