deletions | additions       diff --git a/Gibbs.tex b/Gibbs.tex  index 9df8811..4cad68f 100644  --- a/Gibbs.tex  +++ b/Gibbs.tex 
...
Statement of paradox.  \subsection{Goal and Discussion} \subsection{Goal}  Develop an information-theoretic approach to the Gibbs Gibbs'  Paradox. Quantify ``distinguishability'' in terms of information, and understand the thermodynamic consequences.     How much ``effort'' do we have to put into measuring the properties of e.g. a particle, to distinguish it from a similar particle? How does this affect the net extractable work?     Try to  develop a model (\`a la \citet{Mandal_Jarzynski_2012}) which realises it. where the information of a particle is manifest (e.g. a DNA molecule, or the particle is a binary string).  How much effort do we have to put into measuring properties to distinguish it from something similar? How does this balance with the extractable work?   \subsection{Counting microstates: thermodynamics versus statistical physics}