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\item \citet{2013arXiv1306.2742B}  \item \citet{Hosoya_Maruyama_Shikano_2011} MD and data compression  \item \citet{Schaller_Brandes_Esposito_2013} model the connection between Maxwell's Demon to the system it interferes with. Interesting for section~\ref{sec:t2}, but also may hold clues to how to quantify information accuracy etc.  \item \citet{10.1103/PhysRevE.52.3495} - Landauer microscopic derivation   \item \citet{10.1103/PhysRevA.61.062314} -- Landauer microscopic derivation  \end{itemize}  {\bf Gibbs' Paradox} 
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\item Schmitt and Herzel 1997 -- DNA  \end{itemize}  {\bf Information copying} theory}  \begin{itemize}  \item \citet{2010arXiv1004.4732O} suggests that the minimum energy to (reversibly) copy one bit of information is $\ln4/\beta$. Uses a quantum system, and assumes low signal-to-noise.  \item \citet{Bennett_2003} -- reversible computation, Landauer