August 2020
Intermediate to advanced
582 pages
17h 59m
English
[Quantum mechanics is] imaginary gardens with real toads in them.
The core of quantum computing lies in the distinctive way that qubelets cancel out, leading to quantum states that rapidly collapse to the optimal solution or that entangle qubits so that they’re in lockstep. These phenomena have no analog in classical computing.
Entangled qubits, in particular, offer more ways to boost performance of hard-to-crack problems, such as earth-to-satellite communications. Here information is sent across noisy channels over large distances, and the challenge is to compress the signal to increase the rate of transmission with minimal loss of ...
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