Dr Neil Wilson
- Carbon nanomaterials (graphene, chemically modified graphene, and SWNTs)
- Two dimensional materials
- Scanning probe and electron microscopy
- Molecular electronics
More information can be found on the research pages.
Associate professor in condensed matter physics, Microscopy group, Physics department, University of Warwick
Currently my research is mainly focused on the structural, mechanical, electronic and electrical properties of graphene and other two dimensional materials (2DMs). I am working on chemically modified graphene in collaboration with Dr Jon Rourke (Chemistry) and chemical vapour deposition of graphene and hBN (with Dr Gavin Bell). I am a fan of microARPES, particularly to reveal the electronic structure of 2DMs (collaboration with the Cobden and Xu groups) and this closely links to theory work at Warwick. I am developing graphene and graphene oxide based TEM supports for high resolution imaging of molecular and macromolecular species (this has led to the graphene oxide TEM grids sold by EMResolutions). I have a growing interest in molcular microscopy, particularly in studying at high resolution the interaction between molecules and 2DMs in collaboration with Dr Giovanni Costantini, and Dr Rachel O'Reilly and this also links to collaborations with Professor Peter Beton. With Dr James Covington, I am working on graphene based gas sensors. I also specialise in scanning probe based measurements and this crosses over into my ongoing work on other carbon based materials such as diamond and polymeric and molecular semiconductors. With the rapidly expanding facilities and expertise in electron and ion microscopy at Warwick I am also diversifying into these areas. Further information on my current work will appear on our group research webpages in due course.
- van der Waals epitaxy of monolayer hexagonal boron nitride on copper foil: growth, crystallography and electronic band structure
GE Wood, AJ Marsden, JJ Mudd, M Walker, M Asensio, J Avila, K Chen, ... and NR Wilson
2D Materials 2 (2), 025003 2015
- Quantitative Nanoscale Mapping with Temperature Dependence of the Mechanical and Electrical Properties of Poly (3-Hexythiophene) by Conductive Atomic Force Microscopy
D Wood, I Hancox, TS Jones, and NR Wilson
The Journal of Physical Chemistry C 119 (21), 11459-11467 2015
- Sulfur‐Functionalized Graphene Oxide by Epoxide Ring‐Opening
HR Thomas, AJ Marsden, M Walker, NR Wilson, and JP Rourke
Angewandte Chemie International Edition 53 (29), 7613-7618 2014
- Weak mismatch epitaxy and structural feedback in graphene growth on copper foil
NR Wilson, AJ Marsden, M Saghir, CJ Bromley, R Schaub, G Costantini, ... and NR Wilson
Nano Research 6 (2), 99-112 2013
- A simple approach to characterizing block copolymer assemblies: graphene oxide supports for high contrast multi-technique imaging
JP Patterson, AM Sanchez, N Petzetakis, TP Smart, TH Epps III, I Portman, ... and NR Wilson
Soft Matter 8 (12), 3322-3328 2012
- The real graphene oxide revealed: stripping the oxidative debris from the graphene‐like sheets
JP Rourke, PA Pandey, JJ Moore, M Bates, IA Kinloch, RJ Young, and NR Wilson
Angewandte Chemie 123 (14), 3231-3235 2011
- Physical vapor deposition of metal nanoparticles on chemically modified graphene: observations on metal–graphene interactions
PA Pandey, GR Bell, JP Rourke, AM Sanchez, MD Elkin, BJ Hickey, ... and NR Wilson
Small 7 (22), 3202-3210 2010
- Graphene oxide: structural analysis and application as a highly transparent support for electron microscopy
NR Wilson, PA Pandey, R Beanland, RJ Young, IA Kinloch, L Gong, Z Liu, ...
ACS Nano 3 (9), 2547-2556 2009
- Carbon nanotube tips for atomic force microscopy
NR Wilson, JV Macpherson
Nature Nanotechnology 4 (8), 483-491 2009
I currently supervise 2 graduate students, Zac Laker (2014 start) and Natalie Teutsch (2015 start), with Alex Marsden having just completed his PhD (summer 2015). I jointly supervise Mark Skilbeck (2012 start) with Dr Rachel Edwards, Ultrasound group, and Dawn Wood (2012 start) with Professor Tim Jones, Chemistry department. Past PhD and MPhys students include Priyanka Pandey (PhD, 2008-2012), Grace Wood (MScR, 2013-2014, passed with distinction) and Alex Marsden (PhD, 2011-2015). I have supervised or co-supervised many summer project students and final year project students.
If you are interested in working with me please contact me!
I graduated from the Natural Sciences Tripos at Pembroke College Cambridge in 1999. I won a Thouron scholarship to study for a Masters in Physics at the University of Pennsylvania, working with Professors Charlie Kane and Gene Mele on the theory behind STM images of individual quantum states in short carbon nanotubes. I returned to the UK in 2000 for a PhD with Boris Muzykantskii and David Cobden. I completed my PhD in the Physics Department of the University of Warwick in 2004, graduating in 2005. My PhD thesis on "Electronic Transport in Single Wall Carbon Nanotubes, and their Application as Scanning Probe Microscopy tips" is available here. I stayed in Warwick to follow-up on the work started in my thesis, doing three years on postdoctoral projects with Professor Julie Macpherson in the Warwick Electrochemistry and Interfaces Group mainly on the electrical and electrochemical properties of single walled carbon nanotubes. In October 2007 I was appointed as an Assistant Professor in the Department of Physics at Warwick University, and in 2012 I was made Associate Professor.
I am a member of the Institute of Physics science advisory committee, secretary of the scanning probe microscopy section of the Royal Microscopical Society (RMS), and member of the RMS outreach committee.
Teaching and administration
We regularly demonstrate the microscopy facilities to school children, and I have prepared lectures on nanotechnology and microscopy suitable for presenting at schools or to the general public. If you would like more information please contact me. I also have an interest in the Art of Science - the intrinsic beauty of the physical world expressed through visual representations. Nanostructures in particular can have startling and surprising elegance in form. These 'art' works can also spark the imagination and help in the engagement with science. I will add some examples from my own work (click here), along with explanations of how they can be used to express important scientific concepts. In 2010 I helped organise the Snapshots of Science, see the website for more information. I am a member of the RMS Outreach committee.
Dr Neil Wilson