Examples of using Quantum computer in English and their translations into German
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What would happen inside a quantum computer when it performs an algorithmic search?
In his analysys he assumed that today's PKIs could be broken with a quantum computer.
Let's follow HBSwiss claims to use Quantum computer to calculate the best trades.
The quantum computer will be more efficient and will be able to solve problems where current computers hit a wall.
These phases have highly non-local excitations that could serve as ideal building blocks for a fault-tolerant quantum computer.
The quantum computer can be integrated into this process in a versatile way with many possibilities not being covered yet.
First, however, the teacher network itself needs to learn enough about the quantum computer or the component of it that is to be controlled.
However, these states are not powerful enough andcannot provide all basic universal operations needed for a quantum computer.
This research area promises revolution- ary new technologies like the quantum computer- with far-reaching conse- quences industry and society.
About quantum computers A quantum computer uses"qubits" that can exist in any superposition rather than bits(0 or 1) in a conventional device.
The technology giant IBM has also announcedthat"in the years ahead" it will be launching a universal quantum computer as a Cloud service.
It is possible to check whether a quantum computer has completed the calculation correctly, even if these calculations are no longer comprehensible for supercomputers?
On the other hand, it has been shown that some of these effects would be useful for possible applications such as the quantum computer or quantum cryptography.
However, should the universal quantum computer come, all asymmetric standard algorithms will become breakable: Diffie-Hellman, RSA, Elliptic curve, ElGamal etc.
The understanding and utilisation of the laws of quantum physics pave the way to future technologies like the quantum computer, high-performance sensors and optimised imaging techniques.
Moreover, he predicts that in the future a quantum computer that is capable of more than anything the currently bestcomputer can perform will be developed.
By combining a variety of quantum mechanical systems, their strengths are pooled and can be utilised, for example,for the safe transfer of information('quantum cryptography') or the quantum computer.
Additionally, he predicts that a quantum computer will be developed in the future that will be a million times better than the best computer we have at the moment.
The latter are special types of topological phases that are ferromagnetic and, as a result, do not rely on external magnetic fields andare interesting for future applications such as the quantum computer or low power electronics.
The model of a quantum computer, suggested by him and Ignacio Cirac in 1995, is based on the interaction of lasers with cold ions confined in an electromagnetic trap.
Entanglement between groups of qubits, which are in a superposition of states, forms the basis of a quantum device and may ultimately enable the highlydesirable parallel processing power offered by a quantum computer.
Jörn Müller-Quade warns:“A quantum computer big enough to threaten the security of current cryptographic methods has not yet been built, but this might change quickly.
Because he usually massages atoms at the Massachusetts Institute of Technology in order to make them amenable to information processing,he imagines both ourselves and the entire universe as a giant computing machine- a quantum computer, which according to Moore's Law will consume the collected store of energy in the universe in six hundred years.
This is another significant measure genome,go to its logical operations like quantum computer[14] and in mathematical logic with a well-developed, purely mental operations involving the abstract concept of zero 8.
A quantum computer would turn today's cryptography on its head because many established and widespread encryption methods can be cracked in an instant by a powerful quantum computer, which is still way beyond the capability of classical supercomputers.
Two-dimensional, quasi-flat ferrimagnets would be suitable for use as sensors,data storage devices or in a quantum computer, since the two-dimensional arrangement allows the magnification state of the individual atoms or molecules to be selected.
This new Quantum Financial System- QFS runs on a quantum computer, based on an orbiting satellite, and is protected by Secret Space Programs to ensure that it cannot be hacked.