Examples of using Qubits in English and their translations into Swedish
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Colloquial
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Official
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Medicine
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Ecclesiastic
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Ecclesiastic
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Official/political
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Computer
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Programming
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Political
How many qubits are you using?
Quantum computers, by contrast, rely on qubits.
Hence, for three qubits, eight states are available concurrently.
Here, the number exponentially grows with the count of qubits.
A Small coherence time of qubits graphene scientists are not scary.
photons and their interaction with qubits.
No. because our qubits work and theirs don't.- Seems the world is pissed.
The goal is a working quantum computer with at least a hundred qubits.
Seems the world is pissed because our qubits work and theirs don't. Uh, no.
With qubits can usually pay for such purchases as boosters, and more.
In a quantum computer, information is handled in qubits, or quantum bits.
But the simple addition of qubits may not improve the performance of the machine.
Physicists have calculated the time of the state of superposition of graphene qubits.
Quantum machines rely on quantum bits, or qubits, in the manipulation of data.
control of field-insensitive neutral-atom qubits.
Since the qubits live in quantum reality,
According to calculations, the time of the superposition of graphene qubits is 55 nanoseconds.
Qubits in the game- this is usually a game gold,
In addition, specialists are going to understand in more details how using these qubits are moved electrons.
If we talk about qubits based on other materials,
I need help treating the qubits with the microwave pulses.
However, graphene qubits have their advantages over other types of qubits, the researchers note.
the ions are fluorescing, indicating the qubits are all in the same state.
Qubits in small quantities can be extracted from the mobs, they need to spend on better weapons and spacecraft.
It is not surprising that manipulation of the qubits represent complex scientific
Qubits consist of a single 2-level quantum system in which the value can be 0, or 1 or a superposition between the two.
Processing power thus potentially scales exponentially with the number of qubits, instead of linearly like a classical computer.
I need help treating the qubits with the microwave pulses so they can go back to their original alignment.
quantum computers use quantum bits or qubits.
Quantum mechanics uses qubits- ones