Prof.
Helen F. Gleeson graduated with a 1st class Joint Honours degree in Maths and
Physics from Manchester University in 1983. She received a PhD in 1986. She
joined the academic staff in Physics at Manchester in 1989 as their first
female lecturer and subsequently held several posts in the University, including
Associate Dean for Research in the Faculty of Engineering and Physical Sciences
(2002-2007) and Head of the School of Physics and Astronomy (2008-2010). In
2015, She moved to Leeds as Cavendish Professor and the head of the Soft Matter
Physics Group and was Head of School from 2016-2021. Her research has always
involved liquid crystals and in addition to carrying out fundamental studies of the physics of these
materials. She has invented several novel applications, most recently auxetic
liquid crystal elastomers. She has been awarded the British Liquid Crystal
Society Hilsum and GW Gray Medals (2006 & 2013), the 2012 Holweck Prize and
Medal of the Institute of Physics and Société Française de Physique, and the
Rank Prize Lecture recognizing her research. She was awarded an OBE for
Services to Science in 2009. In 2018, She won the Times Higher Education award
for 'Outstanding Research Supervisor of the Year'.
Research Keywords & Expertise
Liquid Crystals
Soft Matter
Self Assembly
Photonic materials
Devices sensors
Fingerprints
91%
Liquid Crystals
5%
Self Assembly
5%
Soft Matter
Short Biography
Prof.
Helen F. Gleeson graduated with a 1st class Joint Honours degree in Maths and
Physics from Manchester University in 1983. She received a PhD in 1986. She
joined the academic staff in Physics at Manchester in 1989 as their first
female lecturer and subsequently held several posts in the University, including
Associate Dean for Research in the Faculty of Engineering and Physical Sciences
(2002-2007) and Head of the School of Physics and Astronomy (2008-2010). In
2015, She moved to Leeds as Cavendish Professor and the head of the Soft Matter
Physics Group and was Head of School from 2016-2021. Her research has always
involved liquid crystals and in addition to carrying out fundamental studies of the physics of these
materials. She has invented several novel applications, most recently auxetic
liquid crystal elastomers. She has been awarded the British Liquid Crystal
Society Hilsum and GW Gray Medals (2006 & 2013), the 2012 Holweck Prize and
Medal of the Institute of Physics and Société Française de Physique, and the
Rank Prize Lecture recognizing her research. She was awarded an OBE for
Services to Science in 2009. In 2018, She won the Times Higher Education award
for 'Outstanding Research Supervisor of the Year'.