Examples of using Quantum computers in English and their translations into Polish
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Computer
Quantum computers are extremely rare.
There are five quantum computers in the world.
They developed together the HBSwiss software, using quantum computers.
I know what quantum computers are and how entanglement triggers work.
But if we know so much about them,why don\'t we have quantum computers on our desks yet?
And yes… I know what quantum computers are, and how entanglement triggers work.
Cold atoms are serious candidates for use in simulators and- later- in quantum computers.
Quantum computers are more rapid than a traditional, According to a new study- Omicrono.
Neither search method will allow quantum computers to solve NP-Complete problems in polynomial time.
Quantum computers have the potential to run massive amounts of calculations in parallel in seconds.
Yeah, I mean, this-this could pave the way for-for sustainable energy, artificial intelligence, quantum computers.
However, quantum computers don't yet exist and probably won't for a while.
This will increase the accuracy of physical measurements, andin the future may help build quantum computers.
Artificial intelligence, quantum computers. Yeah, I mean, this-this could pave the way for-for sustainable energy.
He will use that network to basically emit a series of dark matter bursts. in each satellite link up…- And when the quantum computers.
Quantum computers are calculating machines that would use the law of quantum mechanics to compute.
He will use that network to basically emit- And when the quantum computers in each satellite link up… a series of dark matter bursts.
And when the quantum computers in each satellite link up… He will use that network to basically emit a series of dark matter bursts.
This microscopic device- in the development of which Polish researcher was involved- is a big step on the way to quantum computers.
We are still far from quantum computers that would have the functionality of traditional computers. .
Comforted with this, we listened to a made in Kraków talk, performed by Piotr Pokora, concerning quantum computers.
A series of dark matter bursts.- And when the quantum computers in each satellite link up… He will use that network to basically emit.
According to Dr. Anna Kamińska from Creotech Instruments SA,advanced research on quantum computers is currently conducted by large and reputable companies.
Superposition is what gives quantum computers speed and parallelism, meaning that these computers could theoretically work on millions of computations at once.
Nowadays, we test the speed of computers by having them calculate pi, and quantum computers have been able to calculate it up to two quadrillion digits.
When combined with superposition, quantum computers could process a massive number of possible outcomes at the same time.
In addition to the research fields set out in line of action 7, mention must also be made of nanotechnologies, grid and cloud computing,optoelectronics, quantum computers and other sectors of physics and information sciences, where priority support would pave the way for a qualitative breakthrough.
In each satellite link up…- And when the quantum computers a series of dark matter bursts. He will use that network to basically emit.
She emphasizes that the implementation of quantum computers will significantly improve the solution of certain classes of computational problems.
One of the many milestones on the road to quantum computers is the ability to produce single particles of light, encoding information in them and detect them.