the largest quantum computer has 20 qubits and ur cpu probably has a few trillion transistors. also quantum logic circuits spit out errors most of the time because they are affected by things like the temperature of the room they are in. but even if people solve all the problems it would be like running shaders on a cpu just not worth ur time, im sure someone will put doom on it when and if they get powerful enough but u will never want one for gaming.
Plus it’s similar to RISC-V in the sense that we still have a long way to go, building from the ground up, to be able to run an equivalent number of applications that were built in the x86/arm framework for the past few decades. It’s a different architecture, thus many existing libraries and packages are not compatible with RISC-V currently and cannot simply be thrown into RISC-V computer and expected to work without binary translations. Quantum computing is still in super early stages, and we probably won’t see it used in everyday user applications until probably decades to centuries from now.
So using classical computer terms, how do quantum computers hold up?
the largest quantum computer has 20 qubits and ur cpu probably has a few trillion transistors. also quantum logic circuits spit out errors most of the time because they are affected by things like the temperature of the room they are in. but even if people solve all the problems it would be like running shaders on a cpu just not worth ur time, im sure someone will put doom on it when and if they get powerful enough but u will never want one for gaming.
Plus it’s similar to RISC-V in the sense that we still have a long way to go, building from the ground up, to be able to run an equivalent number of applications that were built in the x86/arm framework for the past few decades. It’s a different architecture, thus many existing libraries and packages are not compatible with RISC-V currently and cannot simply be thrown into RISC-V computer and expected to work without binary translations. Quantum computing is still in super early stages, and we probably won’t see it used in everyday user applications until probably decades to centuries from now.