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 …

I show that the principle of equipartition, applied to area elements of a surface∂ V which are
in equilibrium at the local Davies-Unruh temperature, allows one to determine the surface …

We consider three-party sharing of unitary operations with the help of the shared
entanglement and LOCC. We propose three separate schemes corresponding to …

Distributed quantum computation is a good solution for salable quantum computation within
a quantum network each node of which just contains reasonably a few number of qubits …

We introduce a pictorial approach to quantum information, called holographic software. Our
software captures both algebraic and topological aspects of quantum networks. It yields a bi …

Two tripartite schemes for sharing a single-qubit operation on a remote target state are
proposed with symmetric and asymmetric W states, respectively. They are treated and …

Perfect sharing of arbitrary single-qubit operation (PSASQO) with shared entanglements and
LOCC is focused. A symmetric three-party PSASQO scheme is put forward by utilizing the …

Fusing the ideas of remote implementation of quantum operation and bidirectional
controlled teleportation, we propose a protocol of cyclic controlled remote implementation for …

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 …

Tripartite remote sharing of any single-qubit operation with two asymmetric three-qubit W
states is amply treated. Five schemes are put forward with the W states in five different …