This article presents a new scheme for asymmetric bidirectional controlled quantum
teleportation (ABCQT) protocol of two-and three-qubit unknown states. In the protocol, Alice …

This article presents a new bidirectional teleportation protocol for an arbitrary number of
qubits which employs 2 n entangled Bell-states (4n-qubits) as the quantum channel. Alice …

This paper proposes an asymmetric tridirectional quantum teleportation (TQT) protocol that
uses a seven-qubit cluster states as the quantum channels of each party. In this scheme, any …

This article presents an enable-based bidirectional quantum teleportation protocol,
leveraging distributed quantum gates with minimal resource requirements. The proposed …

This article introduces two controlled quantum broadcast protocols which they utilize 6-qubit
and 6 n-qubit (generalized scheme) cluster states as the quantum channel, respectively. The …

Using eight qubit entangled state, we present a unique protocol for controlled quantum
teleportation of one and two-qubit state. This protocol has five parties, one sender Alice who …

Using fifteen qubits entangled state, we proposed a theoretically novel protocol for
Bidirectional Quantum Controlled Teleportation for a unique four-qubit state. The specialty of …

In this work, we have studied a theoretical quantum controlled teleportation scheme for n-
qubit quantum state. We know very well that the preparation and maintenance of multi qubit …

The present paper introduces a novel theoretical protocol using GHZ-state measurement to
implement asymmetric controlled cyclic teleportation of two, three, and four-qubit states with …

This study presents two quantum broadcast protocols for the transmission of two qubits
utilizing cluster states as the quantum channel to two receivers. In the first simplified case of …