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Quantum spaghettification

My Mathjax commands (makes life easier)

\newcommand{\p}[2]{\frac{\partial #1}{\partial #2}} \newcommand{\f}[2]{\frac{ #1}{ #2}} \newcommand{\l}[0]{\left(} \newcommand{\r}[0]{\right)} \newcommand{\mean}1{\langle #1 \rangle}\newcommand{\e}[0]{\varepsilon} \newcommand{\ket}1{\left|#1\right>} \newcommand{\bra}1{\left<#1\right|} \newcommand{\braoket}[3]{\left<#1\right|#2\left|#3\right>}

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12 Is acting with a positive map on a state not part of a larger system allowed? May 15 '18
12 What is the difference between “code space”, “code word” and “stabilizer code”? Apr 17 '18
12 Grover's Algorithm and its relation to complexity classes? May 27 '18
11 What counts as an “ancilla” qubit? Apr 21 '18
9 Why do we use ancilla qubits for error syndrome measurements? May 23 '18
9 Why is the Pauli group used for stabilizers? Apr 17 '18
8 In Grover's Algorithm, why does the optimal number of iterations involve a floor? Apr 27 '18
8 Use of the term “dimension” in this description of Simon's algorithm? Apr 23 '18
7 Maximum number of Stabilizer Generators? May 27 '18
6 Is the Kraus representation of a quantum channel equivalent to a unitary evolution in an enlarged space? May 14 '18
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