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Post by karl on Aug 8, 2020 12:50:06 GMT
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Post by Eugene 2.0 on Aug 8, 2020 15:38:09 GMT
It depends who owns such a powerful technology. I think the chase won't be stopped. Darwin's evolution principles (the chase) works.
However, nothing is able to stop creating such powerful technologies.
I wonder how many time should I spend trying to re-make it D.I.Y?
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Post by karl on Aug 8, 2020 17:53:37 GMT
It depends who owns such a powerful technology. I think the chase won't be stopped. Darwin's evolution principles (the chase) works. However, nothing is able to stop creating such powerful technologies. I wonder how many time should I spend trying to re-make it D.I.Y?
You could turn it into a gofundme project. State that you have a design for a quantum computer that will make quantum computing affordable. But in order to do so, you need funding for a Zero Kelvin Cooling system. Once the prototype has been shown to work, you will start shipping quantum computers of only $599 a piece, capable of outperforming the world's fastest supercomputers.
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Post by Eugene 2.0 on Aug 8, 2020 18:05:31 GMT
It depends who owns such a powerful technology. I think the chase won't be stopped. Darwin's evolution principles (the chase) works. However, nothing is able to stop creating such powerful technologies. I wonder how many time should I spend trying to re-make it D.I.Y?
You could turn it into a gofundme project. State that you have a design for a quantum computer that will make quantum computing affordable. But in order to do so, you need funding for a Zero Kelvin Cooling system. Once the prototype has been shown to work, you will start shipping quantum computers of only $599 a piece, capable of outperforming the world's fastest supercomputers.
I see. Zero Kelvin is about -273,15 by a Celsium, right? Oh... I know that in my town there was researches on a low temperature. I don't know much about it. Such a cooler would require lotta energy. It must be easier at first glance to notice why such systems are fitted for low temperature regime work in countries with low temperature regime. What if to place the QC to North-Polar Cap or to somewhere to Atlantis? And is it really necessary to part all the parts of this computer together? I mean if the QC has about 1000 details we could place each detail in some different place, and then, I guess it would require less energy, wouldn't it? Or maybe striking the core of QC (or what is the heater in this system?) with some y-rays? ("y" here is just a symbol, nothing more) I mean to decrease electron movement? And what causes electrons to move slower? - Lack of resistance. The lab I was talking about above (in the town) did exactly this - to increase the energy of the current. Well, I don't know. |
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