Updated source of Gnewt in constants section
@@ -422,7 +422,7 @@ We have performed a comparison of the physical constants used in \ccl to those u
\input{table_constants_comparison}
-The value of the gravitational constant, $G$, enters into the critical density. We found that failure to define $G$ with sufficient precision would result in lack of convergence at the $10^{-4}$ level between the different submissions. Importantly, note that CAMB barely has $10^{-4}$ precision in $G$ (and similarly, there might be other constants within CAMB/CLASS for which one should check the precision level). For \ccl, we are using the value from the Particle Physics Handbook.
+The value of the gravitational constant, $G$, enters into the critical density. We found that failure to define $G$ with sufficient precision would result in lack of convergence at the $10^{-4}$ level between the different submissions. Importantly, note that CAMB barely has $10^{-4}$ precision in $G$ (and similarly, there might be other constants within CAMB/CLASS for which one should check the precision level). For \ccl, we are using the value from {\tt CLASS}.
%-------------------------------------------------------------------------------
\subsection{Matter power spectrum}
