Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Purification of Logic-Qubit Entanglement
View through CrossRef
AbstractRecently, the logic-qubit entanglement shows its potential application in future quantum communication and quantum network. However, the entanglement will suffer from the noise and decoherence. In this paper, we will investigate the first entanglement purification protocol for logic-qubit entanglement. We show that both the bit-flip error and phase-flip error in logic-qubit entanglement can be well purified. Moreover, the bit-flip error in physical-qubit entanglement can be completely corrected. The phase-flip in physical-qubit entanglement error equals to the bit-flip error in logic-qubit entanglement, which can also be purified. This entanglement purification protocol may provide some potential applications in future quantum communication and quantum network.
Title: Purification of Logic-Qubit Entanglement
Description:
AbstractRecently, the logic-qubit entanglement shows its potential application in future quantum communication and quantum network.
However, the entanglement will suffer from the noise and decoherence.
In this paper, we will investigate the first entanglement purification protocol for logic-qubit entanglement.
We show that both the bit-flip error and phase-flip error in logic-qubit entanglement can be well purified.
Moreover, the bit-flip error in physical-qubit entanglement can be completely corrected.
The phase-flip in physical-qubit entanglement error equals to the bit-flip error in logic-qubit entanglement, which can also be purified.
This entanglement purification protocol may provide some potential applications in future quantum communication and quantum network.
Related Results
Singlet-Triplet and Exchange-Only Flopping-Mode Spin Qubits
Singlet-Triplet and Exchange-Only Flopping-Mode Spin Qubits
Semiconductor-based spin qubits embedded into a superconducting microwave cavity constitute a fast-progressing and promising platform for realizing fast and fault-tolerant qubit co...
Qubit-excitation-based adaptive variational quantum eigensolver
Qubit-excitation-based adaptive variational quantum eigensolver
AbstractMolecular simulations with the variational quantum eigensolver (VQE) are a promising application for emerging noisy intermediate-scale quantum computers. Constructing accur...
Exploring entanglement resource in Si quantum dot systems with operational quasiprobability approach
Exploring entanglement resource in Si quantum dot systems with operational quasiprobability approach
We characterize the quantum entanglement of the realistic two-qubit signals that are sensitive to charge noises. Our working example is the time response generated from a silicon d...
Entanglement-related features of hydrogenic systems and other systems described by bound states of two interacting particles
Entanglement-related features of hydrogenic systems and other systems described by bound states of two interacting particles
This paper delves into entanglement-related features of one-dimensional and three-dimensional systems comprising two particles interacting through an attractive potential, such as ...
Black holes entangled by radiation
Black holes entangled by radiation
Abstract
We construct three models to describe the scenario where two eternal black holes are separated by a flat space, and can eventually be entangled by exc...
Some Remarks on the Entanglement Number
Some Remarks on the Entanglement Number
Gudder, in a recent paper, defined a candidate entanglement measure which is called the entanglement number. The entanglement number is first defined on pure states and then it ext...
Usama gate: A State-Preserving Circuit
Usama gate: A State-Preserving Circuit
<p> This research introduces a pioneering approach in quantum computing that harnesses the fundamental principles of the Mobius strip to store and preserve the state of qubit...
Usama gate: A State-Preserving Circuit
Usama gate: A State-Preserving Circuit
<p> This research introduces a pioneering approach in quantum computing that harnesses the fundamental principles of the Mobius strip to store and preserve the state of qubit...