Examples of using Quantum computers in English and their translations into Hebrew
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We are building quantum computers.
Quantum computers are extremely rare.
Should we worry about quantum computers?
Quantum computers rely on quantum bits, or“qubits.”.
When will we be able to use quantum computers?
Now quantum computers are based on quantum bits: qubits.
Now, back from quantum mechanics to quantum computers.
Fully error-corrected quantum computers will require millions of qubits!
Novel gate may enhance power of Majorana-based quantum computers.
Quantum computers cannot solve NP-complete problems in polynomial time.
It's also why, for now, the power of quantum computers remains largely theoretical.
Quantum computers work in a very different way than the machines we have today.
Physical information is of particular importance in the theory of quantum computers.
Quantum computers are based on something called quantum bits(qubits or qbits).
So it is already possible tosafeguard data today against future attacks by quantum computers.
Quantum computers are more rapid than a traditional, According to a new study- Omicrono.
Unlike public-key cryptography,quantum cryptography should remain secure when quantum computers arrive on the scene.
Quantum computers work differently from classical computers we work on today.
Now, Las Vegas casinos do not have quantum computers, as far as I know, but IBM has built a working quantum computer.
Quantum computers would be able to do many things faster than ordinary computers. .
Another thing for which quantum computers would be useful is searching large amounts of data.
Quantum computers will be able to solve problems that current computers cannot.
The unique properties of quantum computers result from the behavior of atomic and subatomic particles.
Quantum computers will one day be able to cope with computational tasks in no time where current computers would take years.
In theory, quantum computers could outstrip the computational limits of classical computers. .
Quantum computers promise to open up new capabilities in the fields of optimization and simulation that are not possible using today's computers. .
However, powerful quantum computers are changing this paradigm, as they are expected to be able to break these codes with ease.
If they can be built, quantum computers have many possible applications such as breaking today's most widely used encryption codes, such as those that protect electronic financial.