George Gordon

@gsdgordon

Associate Professor at the University of Nottingham. Engineer/scientist developing new medical imaging technologies using light.

Nottingham, UK georgesdgordon.com Joined January 2009

191 Following 156 Followers 89 Posts

Latest posts 5

George Gordon @gsdgordon Oct 28, 2024

Very honoured to be joining some very talented colleagues on this list!

Uni of Nottingham Press Office @UoNPressOffice Oct 28, 2024

Congratulations to Dr George Gordon who has been named on this year's Photonics100 List 2025. 🎉

Dr Gordon works on creating hair-thin devices for microscopic imaging to detect early cancer in hard to reach places such as the pancreas.

Read more ▶️ow.ly/Wi5n50TUggm

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George Gordon @gsdgordon Feb 7, 2024

Our latest paper, thanks to Jane Crowley! We made an ultra-miniature imaging device (<3mm) that can detect how much light tissue absorbs and how much it scatters which is useful for cancer imaging in endoscopes. spie.org/news/system-fo…

spie.org System for early diagnosis of gastrointestinal cancers Scientists develop a low-cost imaging device suitable for endoscopic screening programs

George Gordon @gsdgordon Nov 28, 2023

My team and I are looking for a Ph.D. student to develop AI tools for ultra-thin endoscopes that image deep in the body to better detect diseases such as cancer. You’ll learn skills in AI, coding with cross-disciplinary links to optics and medicine. findaphd.com/phds/project/p…

www.findaphd.com Ph.D. studentship: Developing Artificial Intelligence Tools for Designing Next-Generation Medical... PhD Project - Ph.D. studentship: Developing Artificial Intelligence Tools for Designing Next-Generation Medical Endoscopes at University of Nottingham, listed on FindAPhD.com

George Gordon @gsdgordon Nov 6, 2023

Creating hair-thin imaging devices for detecting disease in difficult-to-reach parts of the body: my Ph.D. student Amy (Yijie) Zheng has shown that neural nets can predict how hair-thin optical fibres distort light as they bend, with access to only one end doi.org/10.1038/s42005…

www.nature.com Single-ended recovery of optical fiber transmission matrices using neural networks Communications Physics - Ultra-thin endoscopes based on multimode fibers can achieve cellscale imaging in deep tissues, but in-vivo imaging perturbs the fiber so it must be re-calibrated with...

George Gordon @gsdgordon Sep 11, 2023

Very excited to see that @SarahBohndiek and @gemmabale will be joining @ARIA_research. Looking forward to some exciting (and hopefully borderline crazy) new ideas being funded 😀

Ilan Gur @ilangur Sep 11, 2023

"What new breakthrough would be needed to create a 3D image of the entire human body at equivalent resolution to CT or MRI using optics? And could that technology be scaled up to image the whole ocean and everything in it?" /6
-Sarah and Gemma

aria.org.uk/what-were-work…
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