Examples of using Quantum computers in English and their translations into Hungarian
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Computer
We were wrong, because quantum computers are coming, and they're going to change the game completely.
Because of this, quantum computers are expected to process algorithms and solve problems much faster than classical computers. .
And when quantum computers arrive in the next 10 to 15 years, they will even
Plus, quantum computers today have extremely high error rates, requiring even more qubits for error correction.
And, as has been argued, quantum computers might also develop much more slowly than the researchers have modeled.
Quantum computers can simulate chemical
Not even quantum computers will be able to crack these keys because they are not based on computational complexity like classic cryptography," said Andrew Shields,
Quantum computers could also be more secure by encrypting information in elaborate codes that could be broken only by using a laser and complex decoding formulas.
Quantum computers will break all of the encryption currently used to protect you and I from hackers.
Quantum computers aim to carry out tasks in just a few minutes that would take today's best conventional computers thousands of years.
Superposition could, in theory, let quantum computers run calculations in parallel by holding information in quantum bits.
Furthermore, by managing to hold the light in place, scientists have come a step closer to creating quantum computers, which could one day become a reality.
Not even quantum computers will be able to crack these keys because they are not based on computational complexity like classic cryptography,” said the assistant managing director at the Cambridge Lab.
Quantum computers that can break all military grade encryption and could theoretically take over the current financial system are already here.
Quantum computers can process huge amounts of data,
Quantum computers are different from other computers such as DNA computers and traditional computers based on transistors.
Future quantum computers will be able to perform calculations in seconds for which the current supercomputers could take millions of years.
Many encryption scientists are working hard at building new algorithms that can resist quantum computers, but no one really knows the extent of a quantum computer's powers.
Experts say quantum computers could be decades away but it's not too soon to think about what they can do.
Quantum computers are being hailed as systems that can address these challenges,