Nature, Volume 434 |
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Page 171
1 can implement the quantum circuit shown to its right that consists of a series of
singleand two-qubit quantum gates. ... the numerical subscript labels the qubit
and the subscript E is used to distinguish encoded qubits from physical qubits.
1 can implement the quantum circuit shown to its right that consists of a series of
singleand two-qubit quantum gates. ... the numerical subscript labels the qubit
and the subscript E is used to distinguish encoded qubits from physical qubits.
Page 172
Nevertheless, it has been proved that bi-separable four-qubit states cannot have
a fidelity greater than 0.5 with our target ... One-way cluster state quantum
computation is based entirely on the entanglement properties of the physical
qubits ...
Nevertheless, it has been proved that bi-separable four-qubit states cannot have
a fidelity greater than 0.5 with our target ... One-way cluster state quantum
computation is based entirely on the entanglement properties of the physical
qubits ...
Page 174
initially separable encoded qubits. Whether or not entanglement is generated
depends on the specific circuit and the initial states. We will give a specific
example of a two-qubit quantum computation that does not generate
entanglement (in the ...
initially separable encoded qubits. Whether or not entanglement is generated
depends on the specific circuit and the initial states. We will give a specific
example of a two-qubit quantum computation that does not generate
entanglement (in the ...
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Contents
Postprandial cardiac hypertrophy 38 Synaesthesia When coloured sounds taste sweet | 37 |
eters to nature | 45 |
Insolationdriven changes in atmospheric 99 Phospholipase Cy1 controls surface expression | 63 |
Copyright | |
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Bibliographic information
| Title | Nature, Volume 434 |
| Editor | Sir Norman Lockyer |
| Publisher | Macmillan Journals Limited, 2005 |
| Original from | University of Illinois at Urbana-Champaign |
| Digitized | 25 Nov 2019 |
| Export Citation | BiBTeX EndNote RefMan |