Examples of using Qubits in English and their translations into Swedish
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Qubits consist of a single 2-level quantum system in which the value can be 0, or 1 or a superposition between the two.
The NIST experiments described in Science Express stored the qubits in two beryllium ions held in a trap with six distinct zones.
described in Science Express, stored the qubits in two beryllium ions held in a trap with six distinct zones.
the ions are fluorescing, indicating the qubits are all in the same state.
Quantum technology with rare-earth ions in solids is a fast growing field that has been recognized in the EU Flagship as the only contender to the two main approaches of quantum computing(superconducting qubits and ion traps).
thus enabling the quantum computer to process vast quantities of data using relatively few qubits.
The aim is to encode part of the problem in complex quantum state using the qubits, and then to manipulate that condition to bring it to some sort of solution which can be measured after the collapse of superpositions in a deterministic sequence of zeros(0) and ones(1).
known as qubits, at room temperature.Â.
elsewhere have been unable to coax any qubit technology into performing a complete set of quantum logic operations while transporting information,
despite the fact we're doing a lot of qubit transport," says first author Jonathan Home,
coupled(entangled with other qubits) and measured.
A quantum computer uses quantum bits known as qubits. Instead of bits,
More recently we have also demonstrated how SAW phonons can interact with superconducting qubits.
For larger-scale quantum challenges, Microsoft also is offering an Azure-based simulator that can simulate more than 40 logical qubits of computing power.
quantum computers can calculate much faster because of the fact that the qubits have much more potential.
companies to get the experience of working with qubits and quantum computing.
we were motivated motivation is the possibility of using properties of graphene to improve the performance of superconducting qubits.
Entanglement is a distinctly“quantum” phenomenon used to describe the coupling which can occur between individual quantum systems or qubits[2].
The Delicate nature of quantum computing is also the reason that blind adding qubits to the system will not necessarily make it more powerful.
Quantum computers also derive their power from the fact that qubits can be"entangled," so their properties are linked,