What is Quantum Computing, And How Does It Works?
Quantum computing: What it is and how it works?
In the computers we currently use, a bit is the minimum unit of information.
Each of them can adopt one of two possible values at any given time: 0 or 1.
But with a single bit, we can hardly do anything.
Hence it is necessary to group them in sets of 8 bits known as bytes or octets.
With three bits, our options are increased to eight possible values (2 3 = 8).
With four bits, we will get sixteen deals (2 4 = 16), and so on.
The physics that explains how the quantum state of a qubit is encoded are complex.
Going deeper into this part is unnecessary to continue with the article.
And its essential because it largely explains the enormous potential that quantum processors have.
As you might see, this idea is somewhat complex.
This means that the increase of the capacity of a classical computer as we introduce more bits is linear.
We know that bits and qubits are the minimum information units that classical and quantum computers handle.
And with them, they can solve all the tasks we carry out.
So, what do you think about this?
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