Sentences with phrase «ordinary computers»

Some of the frequencies will be too high for ordinary computer speakers to produce.

Traditional quantum computing uses versions of the logic gates found in ordinary computers.

But another key piece has been the acceleration of handling large datasets and being able to visualize them on ordinary computers.

A large enough quantum device running these algorithms should massively outperform ordinary computers.

The feat could lead to quantum computers made like ordinary computer chips.

But the strategy is limited in scope — if ordinary computers were designed like this, you'd need a different laptop for every app you wanted to run.

And how exactly would users know that it was the quantum computer rather than a human or ordinary computer answering their queries?

«This ruling threatens to turn millions of ordinary computer users into criminals,» said EFF Staff Attorney Jamie Williams.

threatens to turn millions of ordinary computer users into criminals,» said EFF Staff Attorney Jamie Williams.

Ordinary computers use the presence or absence of electrons to represent 1s and 0s to encode information.

To test the efficacy of an at - home cognitive remediation treatment intervention, 135 people with MS who were experiencing cognitive problems were randomized to receive either the active, computerized training program (71 participants) or a placebo program with ordinary computer games (64 participants).

Researchers at Google and other laboratories are racing to build a quantum computer big enough to solve a test problem that would overwhelm ordinary computers.

Computers that can teleport information could work orders of magnitude faster than today's machines and perform tasks in parallel, a necessary trick for cracking the most difficult security codes or parsing reams of genomic data in minutes, tasks that might take ordinary computers years.

Ordinary computers process data as 0's or 1's.

Even if the computer were to work as advertised, it still would be nearly 1,000 times too small to solve problems that stump ordinary computers.

However, questions remain over just how D - Wave's quantum computers work and whether they would beat ordinary computers in like - on - like tests.

As private companies race for first machine that can best ordinary computers, top U.S. funder of physical sciences takes longer view toward practical applications

As was well known, ordinary computers stored and processed information in the form of bits, short for binary digits, the 1s and 0s of binary arithmetic.

Quantum computers, for example, can do computations that we do not know how to perform using ordinary computers even if we had billions of years of computing time — the famous example being code cracking through the prime factorization of large numbers.

Google is making quantum chips from superconductors, and claims it will have built the first quantum computer capable of surpassing some abilities of ordinary computers later this year.

Robots are distinct from ordinary computers in their physical nature — normal computers don't have a physical body attached to them.

Displays like this have about twice the resolution of ordinary computer screens, are clearly visible in sunlight, and use much less power.

ClassicBitcoin implements a Highly Secure ASIC resistant PoW algorithm, Equihash, Expensive and Centralized Mining Technology designed for BitCoin mining (ASICs) is obsolete for mining ClassicBitcoins, giving ordinary computer users the opportunity to mine Bitcoins Profitably with a CPU or GPU.

The team's work, however, shows that propagation time grows as a power of its size, meaning that while quantum computers may be able to solve problems that ordinary computers find devilishly complex, their processors will not be speed demons.

It is focusing on a problem that is fiendishly difficult for ordinary computers but that a quantum computer will do naturally: simulating the behaviour of a random arrangement of quantum circuits.

The search giant is testing a 20 - qubit processor, its most powerful quantum chip yet, and says it will be able to outperform ordinary computers by the end of the year

«The first step is to see the effect is there, but the next step is to implement quantum gates based on diamond,» says Benson, referring to the quantum analogue of the logic gates that form the integrated circuits in ordinary computer chips.

The crack in WPA2 encryption also put millions of ordinary computer users at risk, negating the security of their home Wi - Fi routers and leaving them vulnerable to a series of frightening attacks.

Turn an ordinary computer into a feature - rich communications server with Asterisk open source software.

But ordinary computers are also pretty good at such tasks.

The whole assembly is about a metre and a half across, and controlled by an ordinary computer.

These gates manipulate qubits, which, unlike classical bits, can represent both a 0 and 1 at the same time, making it theoretically possible to compute the answers to large problems much faster than on an ordinary computer.

So it's not clear that they actually are qubits, and tests have proved inconclusive as to whether it really outperforms ordinary computers.

Computers using D - Wave's devices will always differ from gate - based quantum computers in one key way: D - Wave's devices do not lead to universal computers that can be programmed with any algorithm, as an ordinary computer can.

In 1997 Scott Kurowski enabled GIMPS to automatically harness the power of hundreds of thousands of ordinary computers to search for these «needles in a haystack.»

Physicists around the world are building rudimentary quantum computers that exploit this and other quantum effects to do things that are provably impossible for ordinary computers, such as finding a target record in a database with too few queries.

Google says that its quantum computer can solve problems 100 million times faster than ordinary computers, but its results don't stand up to scrutiny

The world only quantum computer maker says its upgraded chip is 15 times faster than ordinary computers, but experts doubt the comparison is a fair test

And if everything goes to plan, the 49 - qubit chip will make Google the first to build a quantum computer capable of solving certain problems that are beyond the abilities of ordinary computers.

Whereas an ordinary computer flips bits that can be set to either zero or one, a quantum computer uses qubits that can be set to zero, one, or, bizarrely, zero and one at the same time — potentially enabling huge boosts in speed.

Although the program's graphics were no more sophisticated than those of an ordinary computer game, the simulated violence seemed much more intense and confusing because I couldn't see everything at once.

The magnetic stir bar is rotated by placing an ordinary computer fan under the microreactor.

With one calculation, the device solved a math problem that would take an ordinary computer as many as four steps.

The instruments can be connected to almost any kind of antenna, and send their data to an ordinary computer.

Silicon Graphics, a computer manufacturer which specialises in graphics, says 2 - D simulations displayed on its ordinary computers need no conversion to run on the company's Reality - Engine virtual reality computer, which was launched two weeks ago.

Participants there discussed the central problem of quantum computers — they might compute faster than an ordinary computer, but they wouldn't always give you the answer you wanted.

He pointed out that nature, being quantum mechanical, must perform feats of physical legerdemain that could not be described by an ordinary computer, limited to 1s and 0s manipulated in a deterministic, cause - and - effect way.

You've heard the hype a hundred times: Physicists hope to someday build a whiz - bang quantum computer that can solve problems that would overwhelm an ordinary computer.

If a quantum computer could compute 100 times faster than an ordinary computer, it would provide the correct answer only once in every 100 tries.