notes(dynamics): Assisting in the writeup

malramsay64 · Feb 22, 2020 · 8051874 · 8051874
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diff --git a/02_Dynamics/introduction.md b/02_Dynamics/introduction.md
@@ -247,8 +247,19 @@ with the form;
 
 $$ R_2(t) = \frac{1}{2} \langle 3(\hat{\vect{n}}(t) \cdot \hat{\vect{n}}(0))^2 -1 \rangle. $$ {#eg:rot_relax}
 
+### Rotational Motion through Jump Dynamics {#sec:intro_jump_dynamics}
+
 There is the presence of jump dynamics
 
+@Zasetsky2010
+
+- Jump diffusion of rotational motion
+- coupling between rotations and translation on short timescales
+
+@Laage2006
+
+- jump dynamics in water
+
 $R_1/R_2$ = 1
 
 ### Decoupling of Translational and Rotational motion

diff --git a/notes/dynamics.md b/notes/dynamics.md
@@ -255,6 +255,19 @@ This is studied for translations in lewis Wahnström by @Shi2013
 
 @Kawasaki2019 rotational relaxation is entirely inconsistent with rotational diffusion
 
+@Karmakar2014
+
+- Defining non-Gaussian parameter
+- The growth of the relaxation time is not related to the length scale of dynamic
+  heterogeneities
+
+@Zasetsky2010
+
+- Jump diffusion of rotational motion
+- coupling between rotations and translation on short timescales
+
+@Laage2006 -> jump dynamics in water
+
 ## Heterogeneities
 
 @Lacevic2003
@@ -268,7 +281,8 @@ This is studied for translations in lewis Wahnström by @Shi2013
 
 ## Translational Rotational Coupling
 
-@Nair2019
+@Nair2019 -> the translational motions are strongly coupled to the rotational dynamics
+at the molecular level.
 
 ## Diffusion