영어에서 Quantum computers 을 사용하는 예와 한국어로 번역
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Canadian company D-Wave is already selling quantum computers, but capabilities are still limited.
Ultimately, the error rate that occurs during this process greatly limits the computing time that quantum computers can run.
Future quantum computers will contain thousands or even millions of qubits- and will be vastly more powerful than today's fastest supercomputers.
Scientists hope that one day quantum computers will be used to help find cures for diseases such as cancer and Alzheimer's.
It is likely that quantum computers that can solve interesting problems will emerge within the next few years.
There are working quantum computers online, but they can't do much yet.
Superconducting qubit quantum computers do the same thing in a different way:
And as quantum computers advance, they will still be subject to the environmental constraints needed to preserve quantum states.
All quantum computers up until this point have needed a way to correct the errors that creep in from their surroundings.
Simply put, this means that quantum computers do not need to take as many operations for each calculation they carry out.
IBM and Intel have developed quantum computers with 50 and 49 qubits, with Google working on one capable of similar scale.
And Google says this is just the beginning of what quantum computers will be able to do.
Its contents promise to increase competition in the race to produce useful quantum computers.
We have shown that the major difference is that quantum computers have two degrees of freedom for each bit.
To understand why quantum computers are so powerful,
They have told us we will need light or quantum computers.
What if there are already built quantum computers that are much more capable than Google Sycamore and we are not allowed to know them?
Quantum computers use qubits which can also be set to one of two values.
Quantum computers could also help the world cope with climate change,
which uses conventional computers, but Q uses quantum computers.