Examples of using Quantum bits in English and their translations into German
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How can we realize quantum bits by using Josephson junctions?
What do we mean by relaxation and dephasing of quantum bits?
Quantum bits, or qubits, thus exist in multiple overlapping states.
That is what distinguishes quantum bits- qubits for short- from conventional bits. .
In the far future, superconducting quantum bits might serve as components of high-performance computers.
Make a sketch of a controlsequence that generates a maximally entangled state between two quantum bits.
In particular, Dr Makhlin's system of coupling various quantum bits has won him international acclaim.
Quantum bits in electronic, magnetic, and photonic devices Tutorials for higher education and Universities.
Transferring quantum information on photons as flying quantum bits is almost routine today.
The trapped atoms store the quantum bits, while the photons they emit carry out the computing operations.
To explain the physicalfoundations of superconducting quantum circuits resonators, quantum bits, circuit QED.
More: Quantum computer: New basis for stable quantum bits with exotic Majorana-particles discovered….
Multi-functional Quantum Bits for Future Computers European Commission funds SQUARE flagship project with EUR three million.
In theoretical models and calculations the study shows how quantum bits can be shielded from magnetic and electronic noise.
Light-carrying quantum bits could carry significantly more information than current computer bits. .
The only thing now missing is a controlunit to allow the Stuttgart-based researchers to control the quantum bits and combine them into a register.
The implemented particles are known as quantum bits, or qbits, and are the main responsible ones for its success.
The quantum bits a required to stay in the same physical state to function correctly and rely on electron or hole spins in the production of computing function.
What makes the electronic valleys so special as a computing tool is that they can serve as quantum bits from which superposition states can be generated.
The researchers can thus specifically address quantum bits, i.e. the smallest computing units of a quantum computer, in the diamond and combine several bits to a computing register.
Experiments of this kind are an important step towards building a quantum computer, in which quantum particles(such as atoms, molecules or photons) serve as quantum bits.
Recentlly our research has been focused on doping of semi conductors, realisation of quantum bits and sensors by defects in semiconductors, and adsorbate systems at the surface of solids.
The structural elucidation of molecules, quality control and quantum control for spintronicand electronic components, and quantum computing- where spin-based quantum bits could be read.
Superconducting quantum electronics: designing protected quantum bits Quantum computers, based on the laws of quantum mechanics, promise to launch a new era of faster, more efficient information processing.
While some question whether the machine is truly a quantum computer, its designers have published articles in peer-reviewed journals demonstrating that the basicelements of this novel computer are indeed superconducting quantum bits.
The quantum bit, on the other hand, can portray this information in a more efficient way, as it can give information of both states simultaneously and allows the possibility of multiple calculations conducted at one time.