Search

Search results

  1. Quantum dots

    ... which is the degree of freedom chosen to represent the qubit : we can have spin qubits , where the electron spin-1/2 represents the qubit, or charge qubits , where the charge (orbital) degree of freedom ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  2. Postdoctoral position on the modeling of silicon/germanium spin qubits at CEA/IRIG, Grenoble

    ... allowing for the implementation of a variety of one- and two-qubit gates required for quantum computing and simulation. Si/Ge heterostructures hold various records in semiconductor spin qubit technologies [1, 2], as they provide very clean epitaxial interfaces, and ...

    Position - niquet - 03/03/2022 - 16:55 - 0 comments

  3. Spin qubits

    ... charge (orbital) degrees of freedom can be chosen as the qubit. Here we will describe the spin dot which has two immediate advantages: the qubit represented by a real spin-1/2 is always well-defined as the ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  4. Multiple Postdoc and PhD positions on Topological Matter and Quantum Computing

    ... areas for the open positions are the following. I. Qubit Experiments: Fabricate and characterize superconducting Qubits based on ...

    Position - yoichi.ando - 28/11/2018 - 11:47 - 0 comments

  5. QICS Category: 30. QUANTUM NETWORKS

    ... Small scale quantum processors |- | | |- | colspan=2| 33. Qubit interfaces |- | | |- | 33.10.+a | Cavity QED (atoms or ions) |- | ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  6. Circuit model

    ... quantum circuit operating on a small number of qubit s. They are the analogues for quantum computer s to classical logic ... Hadamard gate . This gate operates on a single qubit. It is represented by the Hadamard matrix: thumb $$H = ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  7. Quantum computing

    ... logical and coherent operations on individual qubits (single qubit operations) and controlled coherent interactions between two qubits (two-qubit operations) such that the state of the target qubit is changed ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

  8. Quantum gates

    ... quantum circuit operating on a small number of qubit s. They are the analogues for quantum computer s to classical logic ... Hadamard gate . This gate operates on a single qubit. It is represented by the Hadamard matrix: thumb $$H = ...

    Wiki article - Anonymous (not verified) - 13/05/2018 - 17:05 - 0 comments

  9. Bell state

    ... defined as a maximally entangled quantum state of two qubit s. The qubits are usually thought to be spatially separated (held by ... |1\rangle_B)$ This expression means the following: The qubit held by Alice (subscript "A") can be 0 as well as 1. If Alice measured ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:37 - 0 comments

  10. Quantum Fourier transform

    ... This means that the state of the i^{th} output qubit only depends on qubits 0 to i, and requires the addition of a phase 2\pi ... gate (giving a phase of \pi). Thefore, we should start from qubit n-1 and apply a Hadamard gate. Then, we apply controlled-phases from all ...

    Wiki article - Anonymous (not verified) - 26/10/2015 - 17:56 - 0 comments

Pages