Difference between revisions of "Welcome"

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We are an experimental research group in the Physics & Astronomy Department of the University of Southampton.  We are interested in correlated phenomena in quantum materials at the nanoscale. We are also a leading group in the development and use of [[Research#Coherent X-ray Imaging | coherent X-ray imaging]] techniques to study nanoscale materials.  
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We are an experimental research group in the Physics & Astronomy Department of the University of Southampton.  We are interested in correlated phenomena in quantum materials at the nanoscale. We are also a leading group in the development and use of [[Research#Coherent Diffraction Imaging | coherent X-ray imaging]] techniques to study nanoscale materials.  
  
 
[[Facilities|Our laboratory]] houses specialised equipment for advanced materials fabrication. We also routinely make use of X-ray Free Electron Laser (XFEL) facilities such as Euro-XFEL and x-ray synchrotron facilities such as the Diamond Light Source to perform experiments on nanoscale quantum materials.
 
[[Facilities|Our laboratory]] houses specialised equipment for advanced materials fabrication. We also routinely make use of X-ray Free Electron Laser (XFEL) facilities such as Euro-XFEL and x-ray synchrotron facilities such as the Diamond Light Source to perform experiments on nanoscale quantum materials.

Revision as of 07:23, 10 September 2020



Welcome to the Coherent X-ray Science Research Group!


We are an experimental research group in the Physics & Astronomy Department of the University of Southampton. We are interested in correlated phenomena in quantum materials at the nanoscale. We are also a leading group in the development and use of coherent X-ray imaging techniques to study nanoscale materials.

Our laboratory houses specialised equipment for advanced materials fabrication. We also routinely make use of X-ray Free Electron Laser (XFEL) facilities such as Euro-XFEL and x-ray synchrotron facilities such as the Diamond Light Source to perform experiments on nanoscale quantum materials.



Join us!
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