What makes Quantum Computing faster and smarter than Classical Computing?
Answers
Answer:
Quantum computers really are faster at some things. ... The basic computational unit in quantum computing is a qubit, short for quantum bit. While a classical bit is always 0 or 1, when a qubit is operating it can take on many other additional values.
Explanation:
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Answer:
As more bits are added to a quantum computer, its processing power increases exponentially.
Explanation:
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.
This is because qubits have access to a wider range of values since, unlike classical bits, which can only represent a 1 or a 0, they can simultaneously take on a variety of other states.
Or, to put it another way, quantum space is more valuable than classical space.
29. The processing power of a quantum computer 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.
Qubits are significantly more valuable than a classical bit.
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