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Fat fingered it
Right in the butt
In application speed is defining feature of Quantum computing.
Think of AI as intuitive software that can limit the amount of human inputs and fulfill tasks by reasoning on its own - within the parameters we give it. It will have different levels of this and with that, the possibility of creating its own parameters with very little or no human influences.
QC is a more focused on using principles of quantum mechanics in hardware in order to apply those mechanics in very specific applications. Most notably quantum positioning - but also the possibility of tunneling and entanglement
Best analogy I can give is a line maze - as super difficult as you could imagine. With classical computing - the way it would solve it is by taking one path at a time, as fast as it's hardware will allow, until it found the correct path. In quantum computing, it would take all possible pathways at one time (super positioning) it also theoretically just bypass the maze walls to get to the end (tunnneling) and communicate information with all other lines as if it were one hive (entanglement)
Applications of that include code breaking - in which could bypass any encryption.