X-Git-Url: https://git.ucc.asn.au/?a=blobdiff_plain;f=thesis%2Fchapters%2FIntroduction.tex~;h=42e49e840648daa719e412e401d9b536fed6c0d6;hb=ddcdd43bf4077f35beefc59eb8568e13b6c5b3cd;hp=e591894aad42166d4e2fcc67687a3c2bcf430cbf;hpb=5545f4fe8caf6b12a140ebf9c33ed0b1755b1750;p=matches%2Fhonours.git

diff --git a/thesis/chapters/Introduction.tex~ b/thesis/chapters/Introduction.tex~
index e591894a..42e49e84 100644
--- a/thesis/chapters/Introduction.tex~
+++ b/thesis/chapters/Introduction.tex~
@@ -5,13 +5,16 @@
 Motivation:
 \begin{itemize}
 	\item The properties of solids can be understood in terms of an infinite periodic lattice
-	\item In reality, every solid must have a finite spatial extent. The 
-	\item Thin films can have extremely complicated and interesting properties. 
+	\item In reality, every solid must have a finite spatial extent. The surface is extremely important because it is the interface for all physical/chemical interactions with the solid and its environment.
+	\item Thin films can have extremely complicated and interesting properties.
 	\item The characterisation of thin films is important research in electronics as the surface to volume ratio increases.
-	\item Most recent research has been into completely new technologies which exploit the p
+	\item Most recent research has been into constructing ``meta-materials'' which can be exploited for nanoscale applications. Eg: plasmonic based circuitry.
 	\item Somehow link to metallic-black films (?)
 \end{itemize}
 
+
+\emph{More about metallic-black films}
+
 So called metallic-black films are the result of deposition of metal elements at a relatively high pressure (of the order of $10^{-2}$ mbar). The films are named due to their high absorbance at visible wavelengths; they appear black to the naked eye. There is a remarkable contrast between such films and films deposited under low pressure (less than $10^{-6}$mbar), which are typically highly reflective and brightly coloured.
 
 % First mentions and early research; Pfund