Front matter
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. . . . . . . . . v |
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. . . . . . . . vii |
Invited lecture
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H. J. Briegel
What is a quantum computation?
[pdf]
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. . . . . . . . 1 |
Contributed papers
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P. Adão, P. Mateus
A process algebra for reasoning about quantum security.
[pdf]
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. . . . . . 3-20 |
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T. Altenkirch, J. Grattage, J. K. Vizzotto, A. Sabry
An algebra of pure quantum programming.
[pdf]
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. . . . . 21-41 |
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B. Coecke
De-linearizing linearity: projective quantum axiomatics from strong compact closure.
[pdf]
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. . . . . 43-63 |
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V. Danos, E. D'Hondt, E. Kashefi, P. Panangaden
Distributed measurement-based quantum computation.
[pdf]
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. . . . . 65-84 |
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V. Danos, E. Kashefi
Pauli measurements are universal.
[pdf]
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. . . . . 85-90 |
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R. Nagarajan, N. Papanikolaou, D. Williams
Simulating and compiling code for the Sequential Quantum Random Access Machine.
[pdf]
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. . . . 91-112 |
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S. Perdrix
Quantum patterns and types for entanglement and separability.
[pdf]
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. . . 113-125 |
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P. Selinger
Dagger compact closed categories and completely positive maps.
[pdf]
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. . . 127-148 |
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D. Unruh
Quantum programs with classical output streams.
[pdf]
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. . . 149-167 |
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P. Zuliani
Quantum programming with mixed states.
[pdf]
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. . . 169-179 |
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