Tunable two-qubit couplers offer an avenue to mitigate errors in multiqubit superconducting
quantum processors. However, most couplers achieve this by fine tuning circuit parameters …

In this article multipartite entanglement generation schemes are suggested using Circuit
Quantum Electrodynamics (Circuit-QED). These proposed setups are achieved by building …

An efficient scheme is proposed to teleport an entangled state of two superconducting (SC)
qubits from Alice's to Bob's lab. This type of two-level systems has recently attracted a lot of …

Quantum teleportation plays a milestone role in recent quantum information science and
technologies. On the other hand, superconducting (SC) qubits characterized by their …

In recent decades the entangled state generation is of great importance in the quantum
information processing and technologies. In this paper, producing the distributed entangled …

In this paper we propose a new protocol for quantum teleportation between two LC
resonators in Alice's and Bob's lab via superconducting qubits. The coupling of …

In this paper, we propose a scheme for quantum information transfer by a gap-tunable
bridge qubit between two superconducting (SC) qubits, which are initially prepared in …

Producing and protecting the coherence and entanglement is of practical importance in
quantum information processing and technologies. In this paper, using the Tavis-Cummings …

Nanoelectronic systems have driven the technology advances for the past half century. But,
as we move forward in the twenty-first century, new concepts for computing, notably …

Les circuits supraconducteurs se sont imposés dans le domaine de l'informatique
quantique. Une preuve nette de leur performance est la récente démonstration de la …