RAW 2411.08955

Author: Tamara

codes/quantum/qubits/majorana/majorana_stab.yml

@@ -17,6 +17,7 @@ description: |
 
   Codes can be denoted as \([[n,k,d]]_{f}\) \cite{arxiv:1703.00459}, where \(n\) is the number of fermionic modes (equivalently, \(2n\) Majorana modes).
   Two copies of an \(n\)-Majorana mode code may be combined to form a single \(n\)-fermion code by using one copy for the real parts of each fermion, and the other copy for the imaginary parts \cite{arxiv:2411.08955}.
+  More generally, an odd-length weakly self-dual CSS code can be converted into a complex-fermion code by replacing qubit \(Z\)-type and \(X\)-type operators with \(\gamma\)-type and \(\tilde{\gamma}\)-type Majorana operators, respectively \cite{arxiv:2411.08955}.
   Codes that admit a logical operator of even (odd) weight are called even (odd) Majorana codes \cite{arxiv:2508.09928}.
   Even Majorana codes encode logical qubits, and odd Majorana codes have at least one logical Majorana fermion.
 

codes/quantum/qubits/majorana/mbq/kitaev_chain.yml

@@ -32,7 +32,7 @@ protection: |
 
 features:
   general_gates:
-    - 'Braiding, fermionic Hadamard, \(S\), and \(T\) gates, fermion \(CZ_f\), and mixed qubit-fermion \(CZ_{qf}\) gates are described for logical fermions encoded in this repetition code \cite{arxiv:2411.08955}.'
+    - 'Braiding, \(S\), and \(T\) phase gates, fermion \(CZ_f\), and mixed qubit-fermion \(CZ_{qf}\) gates are described for logical fermions encoded in this repetition code \cite{arxiv:2411.08955}.'
   decoders:
     - 'Local automaton decoder based on self-dual cellular automaton \cite{arxiv:1711.08196}.'
     - 'Syndrome extraction of the stabilizers \(S_j=i\gamma_{2j}\gamma_{2j+1}\) can be performed by interfacing with a qubit ancilla and mixed qubit-fermion gates \cite{arxiv:2411.08955}.'

resources/arxiv_ids_source.txt

@@ -55,7 +55,7 @@ quant-ph/9605021	14	S	READ
 2410.14662	13	S	READ
 2410.16250	13	S	READ
 2411.04993	13	S	READ
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 quant-ph/0012111	13	S
 quant-ph/0410199	13	S
 quant-ph/9703048	13	S
@@ -480,36 +480,36 @@ quant-ph/9906129	5	S
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