This is in turn provides fodder for those seeking to add more voter suppression in the name of combating the non-existent fraud.
Requiring an ID to vote is hardly voter suppression and it certainly is not trying to win by any means. The lack of a requirement to prove you are who you say you are is why there is mistrust in the elections. Do you trust everyone in this world to be honest? Oh yes, you don't, because you said "people don't care about the truth, they just care that their party wins by any means".
The simple cop-out solution is to assign one task to managing the entire filesystem, and serve requests from the other tasks, but this suffers from performance problems. If that task has to wait for one particular hardware requests to complete, everything else comes to a halt.
Wouldn't the task be multi-threaded and thus should not have to come to a halt waiting for the hardware anymore than a kernel would?
Superposition definitely exists. You can measure it. If you're reasonably resourceful you can probably demonstrate it at home.
I don't think superposition exists in the sense that a photon is in a mixture (superposition) of states until measured. Instead I believe a photon is in a definite state at any given time. When you measure the polarization of a photon at a given orientation of the measurement device you can predict with 100% certainty what state you will measure it at when using the same or perpendicular orientation. This suggests to me that the photon has a specific state and is never actually in a superposition of states because otherwise you would expect random results. I don't think you can come up with an experiment that proves superposition is real in this sense.
In the case of entangled photons, I think the photon state is shared until one of the entangled photons interacts and the result of this interaction affects both photons and the entangled state is broken. I have not seen any entanglement experiment that says this is NOT what is happening.
I can agree that Quantum superposition is real in the sense that you can use it with Quantum Mechanics to sum up probability amplitudes that leads to an accurate statistical prediction for many scenarios.
There is no superposition
That is my guess as well and I think we will eventually learn that superposition is a combination of:
1) the interference of a real wave phenomenon, like the pattern we observe when sending one particle at a time through a double slit
2) the non-local entanglement of photons where measuring one of the entangled photon seems to instantly collapse its new state to the other photon. And where a particle is something like a photon (maybe entangled with itself) going in circles
But I am no scientist and that is just my ill informed guess based on my own attempt at trying to understand quantum mechanics.
The test of intelligent tinkering is to save all the parts. -- Aldo Leopold