Quantum Random Walk via Classical Random Walk With Internal
... that the sum of probabilities over all its possible positions will not be unitary. Fortunately, it is still possible to construct such a random quantum walk if an extra degree of freedom, e.g., the particle’s spin, is incorporated into the model. Mathematically, if the particle’s spin is up, then ap ...
... that the sum of probabilities over all its possible positions will not be unitary. Fortunately, it is still possible to construct such a random quantum walk if an extra degree of freedom, e.g., the particle’s spin, is incorporated into the model. Mathematically, if the particle’s spin is up, then ap ...
No. 18 - Department of Mathematics
... features of classical integrability, higher charges and Lax pairs, using as a toy model the theory of the principal chiral field (14). Starting from section 4, we enter the core of the topic of this review, i.e. the quantum group structure of the AdS/CFT S-matrix, based on the centrally-extended psl ...
... features of classical integrability, higher charges and Lax pairs, using as a toy model the theory of the principal chiral field (14). Starting from section 4, we enter the core of the topic of this review, i.e. the quantum group structure of the AdS/CFT S-matrix, based on the centrally-extended psl ...
What Is Quantum Information? - Quantum Theory Group at CMU
... ◦ What about Y info? Other species? ◦ We don’t need to check them all because of the: • Presence Theorem (qubits): If any two incompatible species of information are correctly transmitted from input to output, the same is true of all species. ◦ Theorem applies to noise-free transmission ◦ Refers to ...
... ◦ What about Y info? Other species? ◦ We don’t need to check them all because of the: • Presence Theorem (qubits): If any two incompatible species of information are correctly transmitted from input to output, the same is true of all species. ◦ Theorem applies to noise-free transmission ◦ Refers to ...
