3 ms·
> I don't expect quantum computers to be able to "break" this limit as some suggest by merely addin gmore qubits. But who can really say? Sure — but we’re not
by zmgsabst 4y ago
> I don't expect quantum computers to be able to "break" this limit as some suggest by merely addin gmore qubits. But who can really say?
Sure — but we’re not anywhere near that limit.
Also, you can entangle remote quantum systems which is a different paradigm for distributed computing than you can do with a classical computer.
With classical computers, you get a summation of joining the two systems; with quantum computers, you get the product of joining the two systems.