Question

What makes Quantum Computing faster and smarter than Classical Computing?​

Answer 1

Answer:

hope the answer below one is correct

Explanation:

"What feature of a quantum algorithm makes it better than its classical counterpart?"

First, a classical algorithm can be thought of a quantum algorithm that makes no use of quantum superpositions. Therefore a quantum algorithm can be at least as good as its classical counterpart. No classical algorithm can be "better" than quantum algorithms can do, because one example of a quantum algorithm is the classical algorithm itself.

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Answer 2

Answer:

Explanation:

A quantum computer's processing capability grows exponentially as more bits are added. For this reason, a 50-qubit machine can be likened to a traditional computer that can process billions of bits. A qubit has substantially higher value than a traditional bit.

The ability to prepare quantum bits in a superposition of an exponential number of states is the main justification for a quantum computer's superiority to a classical computer. The quantum algorithm then computes all potential inputs simultaneously.

A significant increase in computing power is provided by quantum computers. With exponentially rising speed, a single qubit can perform two calculations at once, two qubits can perform four, three qubits can perform eight, and so on. Thirty qubits are capable of carrying out more than one billion calculations at once.

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