====== Semiconductor Self-assembled Quantum Dots ======

Self assembled Quantum Dots in Semi-conductors are a commonly used quantum light source today.

===== Research Overview =====
A collection of important papers for different steps in the development of the field are summarized here.
^ Topic ^ Important citations (Zotero Key)  ^ Comments ^ Links ^
^   Properties  ^^^^
^ A single photon source | | |
| ::: |  | |
^ As on-demand single photon source | \cite{He.He.ea:2013} - Jian-Wei Pan 2013  | |
| ::: | | |
^ Indistinguishable | \cite{Santori.Fattal.ea:2002} - Yoshihisa Yamamoto | |
| ::: | | |
^ Entangled Photons | \cite{Muller.Bounouar.ea:2014} - Peter Michler | |
| ::: | | |
^ Electrical Excitation | \cite{Hargart.Kessler.ea:2013} - Peter Michler | |
| ::: | \cite{Heindel.Schneider.ea:2010} - A. Forchel | |
^ Telecom - C-Band | \cite{Paul.Olbrich.ea:2017} - Peter Michler | MOVPE Growth |
| ::: | \cite{Anderson.Muller.ea:2021} - A. Shields | DE & SK Growth |
| ::: | | |
^   Tuning  ^^^^
^ Temperature | |
^ Electric field | \cite{Kowalik.Krebs.ea:2005} - J.-A. Gaj | Lateral |
| ::: | \cite{Marcet.Ohtani.ea:2010} - H. Ohno | Vertical |
^ Magnetic field | \cite{Bayer.Ortner.ea:2002} - F. Schäfer |
| ::: | | |
^ Strain | \cite{Seidl.Kroner.ea:2006} - P. M. Petroff| |
| ::: | | |