Photon computer
The idea of photon- or laser computer is that the electricity would be replaced by light, which means that the temperature of the microprocessor would be lower than in some traditional computer, what will use electricity for transporting data. In laser computers, the problem is that the production of needed components is really difficult, and the replacement of electricity by using the light seems absurd. But then we can think one thing, what is not normally mentioned when we are written or read things like laser computers.
We could use a laser system as well to transport information and energy to the components. In this solution every each component of the computer would be equipped with small-size photovoltaic cells. Those cells would receive data from transmitting a laser beam, and also they could create electricity for the component, and this brings fascinating things in the mind.
If this kind of computer would someday be made, the system could save electricity. The thing what makes this system revolutionary is that every each component in this kind of computer have an independent power source, and the power to that system would be brought to the electric circuit by using lasers. That kind of system opens new doors to the world of computing.
The system what I will describe here is the hybrid version of traditional and photon computer. So it's not pure photon computer, and less radical or revolutionary, what it seems. But that thing could bring a big advantage in computing if it would someday work and this kind of microchips would become cheaper to produce.
The internal architecture of every single component would be like in a traditional microchip, but the data travel between those microchips in the form of photons. Each of those components would be equipped with the laser, and small photovoltaic-cell, which also would create the electricity to those microcircuits. The idea of this kind of system is that the microchips would produce electricity, only when they need it.
This system would operate with a very low voltage, and because of the copper wires between those components are replaced with the laser rays, what can travel in open space. If that system would put in the vacuum box, those laser rays would not create very much heat, what is the problem with normal computers. The components can be connected to the core of the vacuum box, which helps to cool them. The thing is that the heat would create oscillation in the microchip, which will cause the dropping of the speed of computing.
So in these kinds of futuristic hybrid computers, the temperature would be lower than in normal, or traditional computer, and that would someday be a very effective solution for computing, along with quantum computers, what are superior solutions for high power computing. But the work must be done, and that's why those systems along with quantum computers would be in the future answers in the problems of high power computing. Or this kind of system could use quantum technology if it someday could be done. But this is the visions of tomorrow.
The idea of photon- or laser computer is that the electricity would be replaced by light, which means that the temperature of the microprocessor would be lower than in some traditional computer, what will use electricity for transporting data. In laser computers, the problem is that the production of needed components is really difficult, and the replacement of electricity by using the light seems absurd. But then we can think one thing, what is not normally mentioned when we are written or read things like laser computers.
We could use a laser system as well to transport information and energy to the components. In this solution every each component of the computer would be equipped with small-size photovoltaic cells. Those cells would receive data from transmitting a laser beam, and also they could create electricity for the component, and this brings fascinating things in the mind.
If this kind of computer would someday be made, the system could save electricity. The thing what makes this system revolutionary is that every each component in this kind of computer have an independent power source, and the power to that system would be brought to the electric circuit by using lasers. That kind of system opens new doors to the world of computing.
The system what I will describe here is the hybrid version of traditional and photon computer. So it's not pure photon computer, and less radical or revolutionary, what it seems. But that thing could bring a big advantage in computing if it would someday work and this kind of microchips would become cheaper to produce.
The internal architecture of every single component would be like in a traditional microchip, but the data travel between those microchips in the form of photons. Each of those components would be equipped with the laser, and small photovoltaic-cell, which also would create the electricity to those microcircuits. The idea of this kind of system is that the microchips would produce electricity, only when they need it.
This system would operate with a very low voltage, and because of the copper wires between those components are replaced with the laser rays, what can travel in open space. If that system would put in the vacuum box, those laser rays would not create very much heat, what is the problem with normal computers. The components can be connected to the core of the vacuum box, which helps to cool them. The thing is that the heat would create oscillation in the microchip, which will cause the dropping of the speed of computing.
So in these kinds of futuristic hybrid computers, the temperature would be lower than in normal, or traditional computer, and that would someday be a very effective solution for computing, along with quantum computers, what are superior solutions for high power computing. But the work must be done, and that's why those systems along with quantum computers would be in the future answers in the problems of high power computing. Or this kind of system could use quantum technology if it someday could be done. But this is the visions of tomorrow.
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