Приклади вживання Classical computers Англійська мовою та їх переклад на Українською
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But, the factors will replace classical computers surely.
Ordinary, classical computers in their work are based on the laws of classical physics.
So what makes quantum computers more powerful than classical computers?
For many problems, classical computers will remain the best tool to use.
This will all result inoperations happening much faster with less energy than classical computers.
For many problems, classical computers will remain the best tool to use.
However, scientists quickly reach a limit when processing numerical calculations on classical computers.
Classical computers that we use today can only encode information in bits that take the value of 1 or 0.
Quantum computers may be able to efficiently solve problems whichare not practically feasible to solve on classical computers.
Classical computers- any piece of equipment from your laptop to warehouse-sized supercomputers- work with just ones and zeros.
On the flip side, quantum computers might be able to efficientlysolve problems that aren't practically feasible on classical computers.
Meanwhile, classical computers have been getting better at simulating quantum ones(of up to around 50 qubits), making it easier to test algorithms and applications.
On the other hand, quantum computers may be able to efficiently solveproblems which are not practically feasible on classical computers.
Just as classical computers have been almost unimaginable to previous generations, today we are facing the birth of an entirely new type of computing:.
Due to the way the tiniest of particles behave, operations can be done much more quickly anduse less energy than classical computers.
Just as classical computers were almost unimaginable to previous generations, we're now facing the birth of an entirely new type of computation, that is, quantum computing.
Quantum supremacy has long been seen as a milestone because itproves that quantum computers can outperform classical computers, says Martinis.
Quantum computers operate on fundamentally different principles than classical computers, where all the information is coded in a sequence of bits(zero or one).
Starting in the 1990s, theoretical physicists, including some at IBM, have developedqubit-based algorithms that in theory could perform certain tasks exponentially faster than classical computers can.
Given enough time… classical computers and quantum computers can solve the same problems,” says Thomas Wong of Creighton University.
But more fundamentally,because quantum computers will never reign'supreme' over classical computers, but will rather work in concert with them, since each have their unique strengths.
Given enough time… classical computers and quantum computers can solve the same problems,” Thomas Wong of Creighton University told Quanta Magazine.
In a column for Quanta Magazine published earlier this month, he defined it as“the point wherequantum computers can do things that classical computers can't, regardless of whether those tasks are useful.”.
What makes encryptioncodes so difficult even for modern classical computers to break is the fact that they're based on factors of extremely large numbers, requiring inordinate amounts of time to isolate by"brute force.".
Lockheed Martin plans to use its D-Wave quantum computer to test autopilotsoftware that is currently too complex for classical computers, and Google is using a quantum computer to design software that can distinguish cars from landmarks.
Quantum computers could potentially solve problems thatwould be too difficult or even impossible for classical computers- like designing better batteries, figuring out what molecules might make effective medicines or minimizing emissions from the creation of fertilizer.
For Example, Lockheed Martin plans to use its quantum computer D-Wave to test the software for the autopilot,which is too complex for classical computers, and Google uses a quantum computer to design software that can distinguish cars from the road signs.