diff --git a/CC_cc-pvdz.txt b/CC_cc-pvdz.txt
index 8ec34c3..fc958b2 100644
--- a/CC_cc-pvdz.txt
+++ b/CC_cc-pvdz.txt
@@ -26,7 +26,7 @@ CC3	-193.544894006853781	-0.736574222273275
 CC4	-193.546686469127337	-0.738366684546823
 CCSD	-193.515557363805186	-0.707237579224683
 CCSDT	-193.544566492999309	-0.736246708418799
-CCSDTQ	
+CCSDTQ	-193.546522140393336	-0.738202355812839
 CCSD(T)	-193.5438903		-0.7355705154
 
 =====
@@ -114,7 +114,7 @@ CC3	-209.584885457786328	-0.756270764152895
 CC4	-209.586191075800997	-0.757576382167585	
 CCSD	-209.554327546276966	-0.725712852643528
 CCSDT	-209.583798415096226	-0.755183721462796
-CCSDTQ	
+CCSDTQ	-209.58597559275506	-0.757360899120397
 CCSD(T)	-209.5835546		-0.7549399064
 
 =========
@@ -205,7 +205,7 @@ CC3	-263.604508857029998	-0.901497912273981
 CC4	-263.605647787083853	-0.902636842327822
 CCSD	-263.564039462108155	-0.861028517352127
 CCSDT	-263.602361678440957	-0.899350733684886
-CCSDTQ	
+CCSDTQ	-263.605341720068964	-0.902330775312939
 CCSD(T)	-263.6024318		-0.8994208552
 
 ==========
@@ -323,7 +323,7 @@ CC3	-295.570596292645462	-0.954853218744419
 CC4	-295.571623462749471	-0.955880388848436	
 CCSD	-295.524844022789694	-0.909100948888639
 CCSDT	-295.567328187306430	-0.951585113405389
-CCSDTQ	
+CCSDTQ	-295.571171239813680	-0.955428165912650
 CCSD(T)	-295.5679913		-0.9522482261
 
 ========
diff --git a/Manuscript/Ec.tex b/Manuscript/Ec.tex
index d479e53..ccde78a 100644
--- a/Manuscript/Ec.tex
+++ b/Manuscript/Ec.tex
@@ -72,7 +72,9 @@ The performance of the ground-state gold standard CCSD(T) is also investigated.
 \end{figure*}
 
 \section{Computational details}
-
+The geometries of the twelve systems considered in the present study have been all obtained at the CC3/aug-cc-pVTZ level of geometry and have been extracted from a previous study. \cite{Loos_2020a}
+The MP2, MP3, MP4, CC2, CC3, CC4, CCSD, CCSDT, and CCSDTQ calculations have been performed with Cfour, \cite{cfour} while the CCSD(T) and MP5 calculations have been performed in Gaussian 09. \cite{g09}
+For all these calculations, we consider Dunning's correlation-consistent double-$\zeta$ basis (cc-pVDZ) which consists of Hilbert space sizes ranging from $10^{20}$ (for thiophene) to $10^{36}$ (for benzene).
 We follow our usual procedure \cite{Scemama_2018,Scemama_2018b,Scemama_2019,Loos_2018a,Loos_2019,Loos_2020a,Loos_2020b,Loos_2020c} by performing a preliminary SCI calculation using Hartree-Fock orbitals in order to generate a SCI wave function with at least $10^7$ determinants.
 Natural orbitals are then computed based on this wave function, and a second run is performed with localized orbitals.
 This has the advantage to produce a smoother and faster convergence of the SCI energy toward the FCI limit by taking benefit of the local character of electron correlation.\cite{Angeli_2003,Angeli_2009,BenAmor_2011,Suaud_2017,Chien_2018,Eriksen_2020}
@@ -110,7 +112,7 @@ We have found that $\expval*{\Hat{S}^2}$ is, nonetheless, very close to zero for
 		\hline
 		CCSD	&	$-193.5156$	&	$-707.2$	&	$-229.3783$	&	$-735.0$	&	$-225.5796$	&	$-744.2$	&	$-209.5543$	&	$-725.7$	&	$-552.0155$	&	$-694.5$	\\
 		CCSDT	&	$-193.5446$	&	$-736.2$	&	$-229.4076$	&	$-764.3$	&	$-225.6099$	&	$-774.6$	&	$-209.5838$	&	$-755.2$	&	$-552.0461$	&	$-725.1$	\\
-		CCSDTQ	&					&				&	$-229.4100$	&	$-766.7$	&					&				&					&				&	$-552.0485$		&	$-727.5$	\\	
+		CCSDTQ	&	$-193.5465$	&	$-738.2$	&	$-229.4100$	&	$-766.7$	&					&			&	$-209.5860$	&	$-757.4$	&	$-552.0485$	&	$-727.5$	\\	
 		\hline
 		CCSD(T)	&	$-193.5439$	&	$-735.6$	&	$-229.4073$	&	$-764.0$	&	$-225.6099$	&	$-774.5$	&	$-209.5836$	&	$-754.9$	&	$-552.0458$	&	$-724.8$
 \\
@@ -144,7 +146,7 @@ We have found that $\expval*{\Hat{S}^2}$ is, nonetheless, very close to zero for
 		\hline
 		CCSD	&	$-231.5440$	&	$-821.8$	&	$-263.5640$	&	$-861.0$	&	$-263.5347$	&	$-864.9$	&	$-247.5559$	&	$-840.7$	&	$-263.5716$	&	$-858.0$	&	$-295.5248$   &	$-909.1$	&	$-279.5911$   &	 $-873.8$	\\
 		CCSDT	&	$-231.5802$	&	$-857.9$	&	$-263.6024$	&	$-899.4$	&	$-263.5739$	&	$-904.0$	&	$-247.5931$	&	$-877.9$	&	$-263.6097$	&	$-896.1$	&	$-295.5673$  &  $-951.6$	&	$-279.6300$    &	$-912.7$	\\
-		CCSDTQ	&				&			&				&			&				&			&				&			&				&			\\
+		CCSDTQ	&				&			&	$-263.6053$	&	$-902.3$		&		&	&		&		&	&			&			$-295.5712$		&	$-955.4$		&				&			\\
 		\hline
 		CCSD(T)	&	$-231.5798$	&	$-857.5$	&	$-263.6024$		&	$-899.4$	&	$-263.5740$	&	$-904.1$	&	$-247.5929$	&	$-877.7$	&	$-263.6099$	&	$-896.2$	&	$-295.5680$		&	$-952.2$	&	$-279.6305$		&	$-913.1$	\\
 		\hline