Examples of using Qubit in English and their translations into Spanish
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Colloquial
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Official
Qubits are the quantum counterpart of the bits used in traditional computing.
power load of qubits.
Interactions(intertwinning) of several qubits, can collapse an entire network of entangled qubits.
Control of problem solving about single qubits and systems of qubits.
If more qubits are added, the increased capacity is expanded exponentially.
But producing and managing qubits is still a massive engineering challenge.
Qubits are the fundamental building blocks of quantum machines.
And methods already exist for generating qubits, or quantum bits,
One of the crystals on which Willett says he has detected topological qubits.
Google claims to have achieved a technology with 72 qubits.
Our fabrication technique allows us to place the qubits exactly where we want them.
Then there are those superconducting cables that carry the signals used to control qubits.
A quantum computer will need significantly more than 49 qubits in order to be useful.
The qubits at the heart of this computer are tiny superconducting circuits built with nanotechnology, that can run in two directions at once.
A description is given of: a The temporal evolution of the qubits is given in terms of unitary operators operators and their connection with quantum logic gates.
Key size is restricted by the numbre of the qubits in the quantum computer.
if we can figure out how to get qubits to work together to solve problems,
This can be done by applying Hadamard gates to all qubits in the input register.
This implementation used two consecutive entangling gates on the same pair of polarization-encoded qubits.
random basis(such as diagonally) and a sequence of random qubits.