How do classical and quantum computers differ, and what are the consequences of these splits? What challenges must be met in the field of quantum computing before it can be called a success?
How do classical and quantum computers differ, and what are the consequences of these splits? What challenges must be met in the field of quantum computing before it can be called a success?
Chapter2: Introduction To Systems Architecture
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How do classical and quantum computers differ, and what are the consequences of these splits? What challenges must be met in the field of quantum computing before it can be called a success?
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The most major distinction between this computer and a standard computer is as follows:
The age of binary computers, which can only function in one of two states, has come to an end.
Full-featured quantum computers, on the other hand, are expected to be ready in the next days.
Quantum computers, on the other hand, employ qubits rather than binary ones and zeros.
The superposition state is the third and final state of quantum computers.
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