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The outside of the Thom Building

Associate Professor

Stephen Morris DPhil

Associate Professor of Engineering Science

Tutorial Fellow at Jesus College

Academic Director, Professional Development Programme in Engineering

Chair, Oxford Photonics Network


Stephen obtained a Masters degree in Physics from the University of Southampton, specialising in Space Science, and a PhD in Engineering from the University of Cambridge. Following his PhD, he was appointed as the Program Manager of the COSMOS Basic Technology Research Grant at the University of Cambridge. This was a large multi-disciplinary project set-up to develop new organic laser devices.

In 2011, Stephen was awarded a Royal Society University Research Fellowship to conduct research on random laser devices, which he held until September 2016, first at Cambridge and then Oxford. From 2007 to 2013, Stephen was also a Fellow of St Catharine’s College, Cambridge, where he was the Director of Studies in Physics for Part I.

He has been an Associate Professor in Engineering Science and a Tutorial Fellow at Jesus College since 2013.

Other Roles

Alongside his responsibilities at Oxford, Stephen is the Associate Editor of the Optical Materials journal.

Awards and Achievements

  • 2010 - Young Scientist award (British Liquid Crystal Society)
  • 2012 - Runner-up prize - ERA Foundation Entrepreneur’s award (Royal Academy of Engineering)
  • 2014 - The Ben Sturgeon Prize (Society for Information Display)

Research Interests

Stephen's research focuses on the design and development of new opto-electronic devices that are based upon soft-matter such as liquid crystals and polymers. The research sits at the interface between engineering, materials science and physics and includes the development of new electro-optic effects and materials for a range of device applications. His group's research is largely experimental in nature, but is also underpinned by theoretical studies in collaboration with Professor Steve Elston.

Examples of some of the devices and technologies that they study include:

  • Thin-film lasers
  • Phase modulators
  • Photo-voltaic devices
  • Smart windows
  • Display devices

Current Projects

  • Direct laser writing in liquid Crystals
  • A Liquid Crystal Laser Speckle Reducer
  • Printing of Liquid Crystal and Polymer Materials
  • Perovskites and Liquid Crystals