Open PDRA position
- Potential candidates willing to apply for funding such as Newton fellowship or Marie Curie fellowship should contact Prof. Peng Wang in advance.
Open PhD position
Please contact Prof. Peng Wang if you are interested in doing a PhD in super-resolution electron microscopy imaging.
PhD project 1 (funded, Start date: October 2022) is available.
AI-enabled Cryogenic Electron Ptychography For Bio-macromolecule Imaging
Nobel Prize winning technique, cryogenic electron microscopy (cryo-EM) is a powerful method for visualizing a wide range of biological macromolecules in three dimensions at near-atomic resolution, which can provide direct insights into function and mechanism. Despite these revolutionary advances, cryo-EM has been primarily based on conventional phase contrast TEM imaging at high defocus and suffers from heavy background noise and low contrast, due to a limited electron dose used in imaging for reducing radiation damage to biomolecules.
Here, you will be developing a completely new computational microscopy so called cryogenic electron ptychography, further enhanced by artificial intelligence (AI) and machine learning techniques to recover high fidelity amplitude and phase contrast images of biological macromolecules with state-of-the-art ultrafast detectors at low dose.
In this project, you will joint in EPSRC CDT in Modelling of Heterogeneous Systems. You will have strong collaborations with the scientists in the Rosalind Franklin Institute, dedicated to developing new technologies to tackle important health research challenges and the structural biology experts in Division of Structural Biology, University of Oxford.
The application deadline for all courses starting in September/October is 23:59pm (GMT) on 19 January 2022 however places are limited so you should submit your application as soon as possible.
A PhD project 2 (funded, Start date: October 2022) is available.
High-Resolution Probing Ferroic-ordering by Cryogenic Electron Ptychography
The emergence of ferroic orderings in materials at the atomically thin limit, including ferromagnetism and ferroelectricity, has attracted tremendous attention due to their novel physics and promising applications for future flexible nanoelectronics including artificial e-skin, flexible touch sensors and health monitors. Understanding the underlying physics behind the ferroic phenomena requires a high-resolution image technique that can directly visualize magnetic or electric fields in the materials at the nanometer, even down to atomic resolution.
The aim of this project is to develop a new pioneering algorithm-driven imaging technique called ptychography in conjunction with machine learning and ultrafast detectors. Much of the work will involve using scientific Python or Matlab to develop new ways of quantitatively analysing ferroic properties and structure in 2D ferroic thin films at the atomic scale. Combined with tomographic methods, we will further extend 2D field projections into 3D vector field reconstruction. Furthermore, we will look at dynamic behaviours of materials in situ and study how they respond to a changing external stimulus (electric, magnetic field, temperature).
The experimental part of the project will be based in the Warwick Analytical Science Centre, which hosts a state-of-the-art JEOL ARM microscope where a new cutting-edge ultrafast detector allowing the image to be recorded at 1000 frames per second can be applied in a very wide range of 4D STEM image techniques such as virtual STEM, DPC etc..
The application deadline for all courses starting in September/October is 23:59pm (GMT) on 20 January 2022 however places are limited so you should submit your application as soon as possible.
- Potential self-funded PhD students should contact Prof. Peng Wang in advance for a general discussion and interview.
- There are scholarships available for international students applying to Warwick University. Please see the Chancellor's International Scholarship and the China Scholarship Council (CSC) scheme. The deadlines for both of these schemes are typically in January preceding the September you wish to start, but it's better to start your application around November.
- MSc positions, usually starting in September, are always open. Please contact Prof. Peng Wang for any further details.
To discuss future projects contact:
Prof. Peng Wang (firstname.lastname@example.org)