Anonymous
7/20/2025, 12:44:03 AM No.16728892
Glass Quantum Chips: Fused silica can host waveguides or optical resonators for photonic quantum computing.
Examples: Xanadu’s Borealis (photonic quantum chip)
Programming: Done with phase shifters, beam splitters, and laser pulses. Configurable, but not "software" in the traditional sense.
Analog QPU Idea: Theoretical, but analog quantum simulators already exist in trapped ion and cold atom systems.
Another one: touchscreens. You could instead use e-ink touchscreen displays, phosphorescent displays, or mayne infrared (IR) systems. Again, all of this is in use today.
Also, instead of using silicon, replace it with a large isomer of carbon (say 1 billion carbon atoms stacked ontop each other) and you can most certainly get the job done. Then just add diamond and you're done! And this is such a powerful compound that you could fill up billions of transstors of these in areas where silicon wouldn't cover a freckle!
Examples: Xanadu’s Borealis (photonic quantum chip)
Programming: Done with phase shifters, beam splitters, and laser pulses. Configurable, but not "software" in the traditional sense.
Analog QPU Idea: Theoretical, but analog quantum simulators already exist in trapped ion and cold atom systems.
Another one: touchscreens. You could instead use e-ink touchscreen displays, phosphorescent displays, or mayne infrared (IR) systems. Again, all of this is in use today.
Also, instead of using silicon, replace it with a large isomer of carbon (say 1 billion carbon atoms stacked ontop each other) and you can most certainly get the job done. Then just add diamond and you're done! And this is such a powerful compound that you could fill up billions of transstors of these in areas where silicon wouldn't cover a freckle!
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