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The Plastic Electronic Materials MRes students from Cohort 7 of the Plastic Electronic CDT gave oral presentations on their research projects.

The presentations were all extremely high quality and the staff marking them were very impressed.  Congratulations to Cohort 7 on their excellent work!

Max Grell (supervised by (Physics) and Dr Richard Price ()):
Exploring low-dimensional transport phenomena for the development of next generation metal oxide thin-film transistors

Adam Drew (supervised by (Chemistry) and (QMUL)):
Replacement for Spiro-OMeTAD and TiO₂ in perovskite solar cells

Jaspreet Kainth (supervised by (Materials) and (Chemistry)):
Atomic layer deposition as a tool for nanoscale phase separated hybrid photovoltaics

Thomas Hodsden (supervised by (Chemistry) and Dr Chengsheng Wang ()):
Synthesis of High Mobility Semiconducting Polymers

Alice Smith (supervised by (Oxford) and (Oxford)):
Dip Pen Nanolithographic (DPN) Patterning of Photonic Elements and Devices

Luis Lanzetta Lopez (supervised by (Chemistry) and Dr Henry Leventis):
Functional studies of organic-metal trihalide perovskite solar cells

(supervised by (Oxford) and (Physics)):
The effects of doping on charge carrier transport in organic semiconductors

Djamshid Damry (supervised by Prof (Oxford) and (Oxford)):
Radio-frequency printed electronics for near-field communication and security applications

Tian Du (supervised by (Materials) and (Chemistry)):
Metal Halide Perovskite Solar Cells

Andreea-Otilia Suiu (supervised by (Chemistry) and Dr Richard Wilson ()):
Functional Bioelectronic Polymers

Saurav Limbu (supervised by (Physics) and Prof James Durrant (Chemistry)):
Towards full device stability for organic and hybrid solar cells

Julianna Panidi (supervised by (Physics) and Dr David Sparrowe ()):
Organic semiconductors for application in transistors and integrated circuits

Supamas Nitnara (supervised by (Physics), (Materials) and (Oxford)):
Radio-frequency printed electronics for near-field communication and security applications

Ryley Ratnasingham (supervised by (QMUL) and (QMUL)):
Developing ferroelectric materials for large scale enhancement of solar energy conversion through the piezoelectric effect

Shengyang Chen (supervised by (Oxford) and (Georgia Tech)):
Patterning strategies for integration of multifunctional organic/inorganic hybrid structures