Examples of using Quantum computers in English and their translations into Arabic
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Computer
Quantum computers are extremely rare.
There are five quantum computers in the world.
Quantum computers gain their power from atoms to complete tasks.
IBM invented"Moore's law" for quantum computers.
That's why quantum computers need such an elaborate set up.
He has a degree in Astrophysics and knows a lot about cryptography in quantum computers.
I know what quantum computers are, and how entanglement triggers work.
This is very important for the next step in simulating quantum computers and information technology.
I know what quantum computers are and how entanglement triggers work.
And for me, personally,I don't see quantum physics as a tool just to build quantum computers.
Quantum computers. Why them yet, although they already have?
The Possibility of practical use of quantum computers one step closer thanks to graphene.
Quantum computers work with quantum bits or qubits.
And we have to do it fast, because quantum computers, they already exist in labs all over the world.
Quantum computers are more rapid than a traditional, According to a new study- Omicrono.
However, this might soon change with thedevelopment of new computing systems called quantum computers.
There are five quantum computers in the world, we only know the whereabouts of four of them.
What this means is that thesoftware functions in a similar way as do quantum computers- the most advanced technology in the world.
We were wrong, because quantum computers are coming, and they're going to change the game completely.
Quantum computers will break all of the encryption currently used to protect you and I from hackers.
Now, Las Vegas casinos do not have quantum computers, as far as I know, but IBM has built a working quantum computer. .
Quantum computers are powerful machines that can solve complex equations much more quickly than regular computers. .
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.
And as quantum computers advance, they will still be subject to the environmental constraints needed to preserve quantum states.
On a basic level, it appears that the risk associated with quantum computers could be mitigated with symmetric key cryptography through a simple increase in key length.
I see quantum computers as a way for us to probe the mysteries of nature and reveal more about this hidden world outside of our experiences.
The unique properties of quantum computers result from the behavior of atomic and subatomic particles.
And when quantum computers arrive in the next 10 to 15 years, they will even more rapidly crack the complex mathematics that underlies many of our encryption systems today.
This property, known as"superposition," gives quantum computers the ability to operate exponentially faster than conventionalcomputers as word length is increased.
You might think that if quantum computers are 10 years away, surely that's enough time for us cryptographers to figure it out and to secure the internet in time.