quantum computer
4
7.0
- noun
- /ˈkwɒntəm kəmˈpjuːtər/
- Specialized
:
computadora cuántica
- A quantum computer can perform calculations much faster than classical computers by utilizing superposition.
- building a quantum computer
Takes a long time, but a quantum computer can do that more efficiently.
- Takes a long time, but a quantum computer can do that more efficiently.
- And it has been shown that a quantum computer can help to solve such problems.
- And the key to fusion may be quantum computers.
- Noise is a big problem for quantum computers because they're incredibly sensitive and fragile.
- So in fact, the people that proved this inequalities that you're going to find say that this eventually will limit the speed of a quantum computer.
- In quantum computation, when you build a quantum computer, on the one hand we use the most absolute precise theory and mathematics we've ever had.
- Factoring is the great thing of quantum computers factoring large numbers.
Examples
-
Noise is a big problem for quantum computers because they're incredibly sensitive and fragile.
-
Takes a long time, but a quantum computer can do that more efficiently.
-
So for big enough problems, the quantum computer will win eventually.
-
And it has been shown that a quantum computer can help to solve such problems.
-
A quantum computer is the key to intelligent machines.
-
Did you know that quantum computers can speed up Bitcoin mining?
-
"But a quantum computer uses superposition of quantum states to check multiple possible factors simultaneously," said Louise.
Fiction book (2002) -
In fact, computer scientists say quantum computers might be well-suited for cracking today's classical codes.
Blog text (8) -
Researchers are exploring how a quantum computer could revolutionize drug discovery through complex simulations.
-
The development of a quantum computer marks a significant advancement in the field of computing technology.
How Powerful
Surface Forms
Morphology
The phrase is a straightforward noun–noun combination: 'quantum' qualifies 'computer', so a learner who knows 'quantum' (relating to quantum phenomena) and 'computer' can infer it is a computer that uses quantum properties. Although full technical details (superposition, entanglement) require specialist knowledge, the basic meaning is compositionally predictable and similar compound patterns exist cross‑linguistically.
Etymology
Quantum computer comes from putting strange quantum effects — the odd ways very small particles can be in many states at once or stay linked across distance — into a computer. Because those tiny particles can handle many possibilities at the same time, a quantum computer can solve some problems much faster than a normal computer, so the name explains its special power.