week 7 updated

msramalho · Nov 16, 2018 · 01a1e61 · 01a1e61
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diff --git a/Week 7 - Quantum Factorization/latex/main.tex b/Week 7 - Quantum Factorization/latex/main.tex
@@ -30,7 +30,7 @@
 \section{Introduction}
 \begin{frame}{Introduction}
     \begin{card}
-        This week is dedicated to studying the quantum algorithm insofar that, arguably, has had the most \textbf{astonishing impact} on the world as it helped increase interest in \qc and reach nowadays \textbf{quantum's critical mass}!
+        This week is dedicated to studying the quantum algorithm that, arguably, has had the most \textbf{astonishing impact} insofar on the world and it helped raise interest in \qc and reach nowadays \textbf{quantum's critical mass}!
     \end{card}
     \begin{card}
         \textit{Unlike} other quantum algorithms that we have studied, this one is named after its creator: \href{https://en.wikipedia.org/wiki/Peter_Shor}{Peter Shor} (\textbf{\sa}). It brings an \textbf{exponential speed-up} on a very important problem nowadays: \textbf{prime factorization}.
@@ -190,7 +190,7 @@ \subsection{From Period to Factors}
 \section{\sa's considerations}
 \begin{frame}{\sa's considerations}
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-        \sa's power is still limited by today's quantum computers (which can have in the order of 50 to 70 \textit{good quality} qubits) and it can only be used to factor very small numbers (which you could do by hand).
+        \sa's power is still limited by today's quantum computers (which can have in the order of 50 to 70 \textit{good quality} qubits) and it can only be used to factor very small numbers (that you could factor by hand).
     \end{card}
 \pagenumber
 \end{frame}

diff --git a/Week 7 - Quantum Factorization/slides.pdf b/Week 7 - Quantum Factorization/slides.pdf