Examples of using Qubits in English and their translations into Vietnamese
{-}
-
Colloquial
-
Ecclesiastic
-
Computer
Physicists have long theorized that harnessing interactions between qubits could enable computers to excel at certain calculations, such as probing otherwise unsearchable databases and cracking conventional encryption.
which can be set to"one" or"zero," qubits can take on both values at once, or a proportional mixture
Now, Pan's team claims to have repeated the experiment with photon qubits created outside, and extended the teleportation distance to 97 km- all the way across Qinghai Lake in western China.
Although the team has shown that ionized phosphorous qubits can endure for very long times, there is more work to be done before
Another improvement the team claims to have made is that, rather than using individual lasers to keep the ion qubits in place, they instead would run a field of microwave radiation across the entire computer system.
The coherence time of his qubits, or the length of time they can maintain a superposition,
But now Kouwenhoven and his colleagues believe the qubits they are creating could eventually be inherently protected-as stable as knots in a rope.
There are exponentially many of them- for\(N\) qubits, you have\(2^N\) complex amplitudes- and they can be manipulated like an exponentially large number of classical data.
A bit can be encoded as either 1 or 0, but qubits can take the form of 1,
While users can submit problems to the system in a number of different ways, ultimately a problem represents a set of values that correspond to the weights of the qubits and the strength of the couplers.
shown here, that uses lasers to manipulate the qubits of super-chilled beryllium ions.
by caged atoms known as quantum bits or Qubits.
the quantum circuit and devising a new way to connect qubits, says Martinis.
First, it is much easier to integrate such a system into a conventional electronic circuit, and secondly, and more importantly, in this case, the qubits are able to interact with each other at more remote distances.
Feynman's idea was simple: build a computer that stores information on individual particles- later named qubits- that already follow the very rules of quantum mechanics that seem to perplex conventional computers.
We have been looking at all the factors that go into building a quantum chip that will allow us to extend to more and more qubits, and have them run efficiently with fewer errors.”.
what topological qubits are, but it's essentially harder to disturb than classical qubits(and in quantum computing,
chains of 0s and 1s, whereas quantum computers use qubits, which can be 1,
corporate quantum researchers I spoke with agreed that somewhere between 30 and 100 qubits- particularly qubits stable enough to perform a wide range of computations for longer durations- is where quantum computers start to have commercial value.
100 qubits-particularly qubits stable enough to perform a wide range of computations for longer durations-is where quantum computers start to have commercial value.“.