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Science is developing at an incredible rate and the number of applications using this science even faster! This evening's talks discuss the latest applications of science, from using bionic eyes to restore sight to using beams of high speed neutrons to see the inner workings of biological cells, from 3D printing of medical devices to 3D printing biological materials! Join us for an exciting night at the cutting edge of science.
Bionic vision for the blind
Dr Patrick Degenaar
( Reader in Neuroprosthesis and Senior member of the IEEE)
The ability to see is the most important of our many senses. So it’s loss can be terrible for both the individual and his/her family. As such, researchers have been exploring bionic methods to restore sight using implantable devices for the last 60 years. This talk will explain the concept, how it works and how the latest technologies undergoing clinical trials could finally bring back meaningful vision to the blind.
Scatter Brains
Professor Jeremy Lakey
(Professor of Structural Biochemistry, Newcastle University)
When beams of neutrons interact with matter they get scattered in different ways. My talk will describe how scientists have harnessed this effect to look at the inner workings of biological cells.
3D Printing for Medical Devices and Tissues
Professor Kenny Dalgarno
(Sir James Woodeson Professor of Manufacturing Engineering, Newcastle University)
Why and when does 3D printing offer a good way to make medical products? 3D printing is hyped as the best way to make more or less anything, and is increasingly used to make a wide range of medical devices, from hearing aids to hip implants. 3D bioprinting is the next wave of hype – printing cells and biomaterials together to create “living” tissues which can be used to treat diseases or test drugs. This talk will look beyond the hype to identify the medical applications where 3D printing offers real value in making medical products.
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