PEM-Doctoral Training Centre - List of MRes/PhD projects 2010-2011

Graphene-Based Electronics: Dr. Thomas Anthopoulos (IC Physics), Prof. Manish Chhowalla (IC Materials)

Disposable Electronic Noses Based on Liquid Crystals: Prof. Dr. Kees Bastiaansen (QMUL Materials), Prof. Ton Peijs (QMUL Physics) and Dr. Natalie StingelinStutzmann (IC Materials)

Organic Semiconductor Electrodes for Biomedical Implants: Dr. Alasdair Campbell (IC Physics), Prof. Donal Bradley (IC Physics), Dr. Patrick Degenaar (IC
Biomedical Engineering) and Dr. Martin Heeney (IC Chemistry)

Efficient polymeric luminescent solar concentrators: Dr. Amanda Chatten (IC Physics) and Prof. Kees Bastiaansen (QMUL Materials)

The use of carbon nanotubes in flexible devices: Dr. John de Mello (IC Chemistry) and Prof. Milo Shaffer (IC Chemistry)

Electron transfer dynamics in organic solar cells: Prof. James Durrant (IC Chemistry) and Dr. Saif Haque (IC Chemistry)

Organic magnetoresistance and the impact of excited states on charge transport: Dr. William Gillin (QMUL Physics), Dr. Martin Heeney (IC Chemistry) and Dr.
Theo Kreouzis (QMUL Physics)

Nanoscale Morphology for Organic Solar Cells: Dr. Ji-Seon Kim (IC Physics), Dr. Craig Murphy (NPL) and Prof. Jenny Nelson (IC Physics)

Low power/high performance oFETs through self-assembled metal/dielectrics interfaces: Dr. Joachim Steinke (IC Chemistry), Dr. Thomas Anthopoulos (IC
Physics) and Dr. Alasdair Campbell (IC Physics)

Novel processing methods of organic materials for OPV: Dr. Natalie Stingelin-Stutzmann (IC Materials) and Professor James Durrant (IC Chemistry)

Synthesis and Photophysics of Iridium-Polyfluorene Complexes For LED Applications: Dr. Charlotte Williams (IC Materials) and Dr. John De Mello (IC Chemistry)

In situ generation of hierarchical hybrid solar cells: Dr. Charlotte Williams (IC Materials), Prof. Milo Shaffer (IC Chemistry) and Prof. Jenny Nelson (IC Physics)

Solution-processable high-refractive index hybrid systems for microcavities and photonic structures: Dr. Paul Stavrinou (IC Physics), Dr. Natalie StingelinStutzmann (IC Materials) and Prof. Donal Bradley (IC Physics)

Hybrid quantum dot – polymer photovoltaic devices: Dr. Saif Haque (IC Chemistry), Prof. Jenny Nelson (IC Physics)

Nanostructured hybrid metal oxide - polymer light emitting devices: Prof. Donal Bradley (IC Physics), Dr. Saif Haque (IC Chemistry)

Influence of excited states and molecular structure on hopping transport in organic semiconductors: Dr. Theo Kreouzis (QMUL Physics) and Prof. Jenny Nelson
(IC Physics)

Creation of complex molecular heterostructure solar cells: understanding nanostructure to improve efficiency: Dr. Sandrine Heutz (IC Materials) and Prof. David
McComb (IC Materials)

Modelling charge separation in organic photocells: Prof. Jenny Nelson (IC Physics), Dr. James Kirkpatrick (IC Physics), Dr Andrew Horsfield (UCL/NPL Physics), Dr
Andrew Fischer (UCL/NPL Physics)

Vapour phase polymerised conducting polymers for application in organic solar cells: Prof. Donal Bradley (IC Physics) and Dr. Martin Heeney (IC Chemistry)

Structured Heterogeneity as a means to enhance charge carrier mobility in polymer semiconductor devices: Prof. Donal Bradley (IC Physics), Prof. Iain McCulloch
(IC Chemistry) and Dr. Martin Heeney (IC Chemistry)

Evaluating Organic Photovoltaics for Real World Use: Dr. John DeMello (IC Chemistry) and Dr. Jonathan Halls (Solar Press)

Sensitized up- and down- conversion in Yb3+ and Tb3+ containing perfluoro-organolanthanides: Dr.Ignacio Hernandez (QMUL Physics) and Dr.William Gillin
(QMUL Physics)