A Quantum Network Each Vertex Represents A Qubit And Each Edge
A quantum network, each vertex represents a qubit and each edge ...
(color online) Set up, each node represents a qubit and each edge the ...
(color online) Set up, each node represents a qubit and each edge the ...
The toric code. Each edge of the lattice represents a qubit ...
Two-dimensional cluster state. Each vertex represents a qubit, and each ...
Two-dimensional cluster state. Each vertex represents a qubit, and each ...
Two-dimensional cluster state. Each vertex represents a qubit, and each ...
A quantum network with a station located at each vertex of a N × N ...
Two-dimensional cluster state. Each vertex represents a qubit, and each ...
Example of a quantum network. Each edge represents a resource shared by ...
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Each line represents a qubit and edges connecting two lines refer to ...
![Gauging 2 symmetry [25]. Left: each dot represents a qubit on a vertex ...](https://www.researchgate.net/publication/372632501/figure/fig1/AS:11431281177285667@1690424505099/Gauging-2-symmetry-25-Left-each-dot-represents-a-qubit-on-a-vertex-We-consider-the.png)
Gauging 2 symmetry [25]. Left: each dot represents a qubit on a vertex ...
(a) An example for a quantum circuit: each line represents a qubit, and ...
(a) Illustration of a quantum network based on neutral atoms. Here each ...
Example of a quantum network composed of register and ancillary qubits ...
model of a quantum network and its components. Quantum network ...
![Example of a 5-qubit quantum circuit from [18], with each horizontal ...](https://www.researchgate.net/publication/348696816/figure/fig1/AS:983053300162560@1611389579116/Example-of-a-5-qubit-quantum-circuit-from-18-with-each-horizontal-line-representing.png)
Example of a 5-qubit quantum circuit from [18], with each horizontal ...
(a) A qubit, denoted by the open circle, is located on each edge of the ...
model of a quantum network and its components. Quantum network ...
BR topology with t blocks. Each dot represents a qubit, m qubits form a ...
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Example mapping from quantum circuit to a directed graph. Each gate is ...
BR topology with t blocks. Each dot represents a qubit, m qubits form a ...
Examples of open (a) and closed (b) quantum graphs. (c) A single vertex ...
(Color online) Illustration of a quantum network and its key ...
Kitaev's honeycomb lattice with each vertex representing a physical ...
The scheme for quantum computing based on a quantum network The QN is ...
An open quantum network interconnected by local environments. Each node ...
Example of (a) a quantum processor grid and (b) the induced projected ...
The panel on the back represents | ˜ Ψ in which each qubit of the graph ...
Schematic representation of a quantum network The larger circles ...
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Decomposition of distant two-qubit gate on a square lattice. Each ...
6 Qubit Tree Tensor Network (TTN) representation of the Quantum Edge ...
Realization of a multinode quantum network of remote solid-state qubits ...
A 5 qubit logical network representing a simple QUBO problem, min (x1 ...
An illustration for generating line sets for a 3D quantum Ising model ...