>From 8241f71e5baa65e4043bdc768b9c5ba5f10c61ae Mon Sep 17 00:00:00 2001
From: Akira Yokosawa <akiyks@xxxxxxxxx>
Date: Sat, 24 Feb 2018 18:29:06 +0900
Subject: [PATCH 3/5] future/QC: Add narrow space in front of percent symbol
Signed-off-by: Akira Yokosawa <akiyks@xxxxxxxxx>
---
future/QC.tex | 8 ++++----
1 file changed, 4 insertions(+), 4 deletions(-)
diff --git a/future/QC.tex b/future/QC.tex
index d88aaac..cffc6e1 100644
--- a/future/QC.tex
+++ b/future/QC.tex
@@ -731,13 +731,13 @@ CX3\_4),
are shown in
Table~\ref{tab:future:Error Rates For IBM Five-Qubit Chip}.
The gate per-operation fidelity is only about an order of magnitude
-off of the $10^{-4}$ threshold, and some qubits in face exceed 99.9\%
+off of the $10^{-4}$ threshold, and some qubits in face exceed 99.9\,\%
fidelity (see Section~\ref{sec:future:Programming Model} for a list of
the operations).
However, reading out the value of a qubit is considerably more
-error-prone, with fidelities ranging from 95\% to 99\%.
+error-prone, with fidelities ranging from 95\,\% to 99\,\%.
Furthermore, entangling a pair of qubits is even more error-prone,
-with fidelities ranging from 95\% to 98\%.
+with fidelities ranging from 95\,\% to 98\,\%.
Although these fidelities are sufficient to execute some QC programs, the
aforementioned desired error rates of $10^{-4}$ (let alone $10^{-8}$) are a
long way off, and will likely take considerable work and time to achieve.
@@ -934,7 +934,7 @@ Alternatively, silicon-based qubits offer the prospect of
operating temperatures that are about an order of magnitude higher than
transmon-based devices, but these silicon devices currently suffer from
high entanglement error rates, with fidelities ranging from
-73--89\%~\cite{TFWatson2017SiliconQubit}.
+73--89\,\%~\cite{TFWatson2017SiliconQubit}.
However, it is early days for silicon devices, so perhaps they will
continue improving.
--
2.7.4
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