To study quantum remote control in the form of hierarchical quantum sharing, by using a
Hadamard gate, control-NOT gates and rotation gates, we construct a five-qubit partially …

The goal of this paper is to further study multi-party quantum communication of arbitrary
single-qubit states. We first construct (2 n+ 1)-qubit entangled channels via Hadamard gates …

The purpose of this paper is to study the double directional cyclic controlled remote
implementation (DDCCRI) of partially known quantum operations. We construct entangled …

Employing the χ states, which are four-qubit genuine entangled states, we put forward three
novel protocols for preparing general sing-two-and three-qubit state by using local operation …

In order to study the controlled remote implementation of quantum operation (RIO for short)
for multiple partially unknown quantum operations, we first propose a scheme in the …

The goal of this paper is to further study multi-party multicast quantum communication of
arbitrary two-qubit states. We first construct 9-qubit entangled channel by Hadamard gates …

Fusing the idea of short-distance teleportation and remote quantum state preparation (QSP),
we first propose a novel deterministic QSP scheme to prepare an arbitrary two-particle state …

The goal of this paper is to further study multiparty multicast quantum communication of
different quantum states via partially entangled channels. We employ the partially entangled …

The proposed hierarchical quantum operation sharing scheme cannot solve the supervision
problem of the highest power owner. Therefore, with the help of the local operations and …

We present a protocol for the hierarchical controlled joint remote implementation of the
partially unknown operations of m qudits belonging to some restricted sets by using m …