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Sirringhaus Lab

 

Juncheng is a PhD student working on polymer semiconductors for energy harvesting purposes, funded by the Royal Society and a Cambridge Trust scholarship. He holds master's degrees in Nanotechnology and Electrical Engineering from Cambridge, and a Bachelor's degree from Queen Mary University of London in Polymer Materials Science & Engineering. His research is focused on understanding the correlation between polymer molecular morphology and their charge transport properties, with the aim of enhancing their thermoelectric properties.

Alongside his experimental work, Juncheng has a strong interest in AI for science and entrepreneurship. Outside of his academic pursuits, he enjoys hiking and is passionate about photography, often merging his love for the outdoors with his photography skills.

Publications

Other publications: 

Latest news

Contact-Limited Temperature Dependence of Charge Transport Paper Published in Journal of Physics: Materials

2 April 2025

We have recently published the paper Elucidating Contact-Limited Temperature Dependence of Charge Transport in 2D Tin Halide Perovskite Field-Effect Transistors in Journal of Physics: Materials . Two-dimensional tin halide perovskites have recently generated significant interest due to their ease of processing and high...

Sirringhaus Lab Members Attend innoLAE 2025

20 February 2025

Seven members of the Sirringhaus Lab attended the conference innoLAE (Innovations in Large-Area Electronics) over the previous two days. The event, hosted at Magdalene College, Cambridge , included dozens of talks from both academics and industry experts across a wide range of topics, from applications like biosensors and...

Nernst Effect Paper Published in Nature Communications

11 February 2025

Our paper Observation of Anomalously Large Nernst Effects in Conducting Polymers has now been published in Nature Communications ! While the Nernst effect is well-documented in inorganic semiconductors and metals, this phenomenon is typically negligible in polymers with lower structural order and an inherently low mobility...