Examples of using Quantum computers in English and their translations into Russian
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Could quantum computers break Zcash?
The paper presents the principles of operation of quantum computers.
Quantum Computers and Quantum Algorithms.
Design of brain-like and quantum computers for cyberspace;
Quantum computers will be available in five to ten years.
We will have other problems if quantum computers actually come up.”.
Teleportation scheme, can also be used to provide links between quantum computers.
But quantum computers could be theoretically so powerful, they could link public and private keys.
Similar complexes are interested scientists as potential storage devices in quantum computers.
In addition, large quantum computers would be able to fool zk-SNARK verification, and thus counterfeit ZEC.
Instead, several, believe cryptocurrency will be the least of the world's problems in an era ruled by quantum computers.
Kaku discusses programmable matter, quantum computers, carbon nanotubes, and the possibility of replicators.
As such, many researchers don't think making cryptocurrency resistant to quantum computers will be that difficult.
The effect quantum computers are able to achieve is called quantum enhanced machine learning.
He developed new methods and systems for quantum IT quantum computers an cryptography.
Large quantum computers, if and when built, would be capable of breaking an encryption scheme used by Zcash.
In June 2011 an article appeared in Nature,the authors of which from a theoretical point of view considered the Landauer principle for quantum computers.
To create a more conventional quantum computers are commonly used ionized atoms collected entangled quantum systems.
This includes development of"smart" materials,improved methods of processing information by quantum computers, and the development of smart grids.
Presenting the report on"Quantum computers- history, architecture and perspectives", Kamala Zamanova briefed on the history of quantum technology.
Implants use the resources of the pilot's central nervous system for some calculations that even quantum computers can not perform in a reasonable period of time(about 10e-12 sec).
Bets that were resolved in 2010 included predictions about peak oil, print on demand, modem obsolescence, andcommercially available 100-qubit quantum computers.
Within ten years, we will certainly see universal quantum computers capable of handling major tasks that are beyond classical computers. .
In prospect such a quantum memory may become basic for not only communicative systems butalso a system of quantum computations which is going to become the basis for quantum computers.
For certain classes of problems,algorithms running on quantum computers are naturally capable of achieving lower time complexity than on classical computers. .
The university has 79 laboratories with excellent equipment to pursue research in such fields as cybernetics, computer science, big data, 2D materials, biotechnology,development of new medicines, quantum computers and cross disciplinary research.
Studying of the quantum base of consciousness will give the chance to create new quantum computers, under the performances coming nearer to possibilities of human thinking.
That's because quantum computers have the ability to unwind much of the cryptography that underlies how data- including cryptocurrency private keys- passes through the internet.
According to the researchers, this result shows that in order tobe suitable for practical research, quantum computers have to use not only the phenomenon of quantum entanglement, but other features of the microworld.
Deutsch proposed that quantum computers may actually obey the CTD principle, assuming that the laws of quantum physics can completely describe every physical process.