Episode
10
Scottish Crucible Reflections 3 : research collaboration, leadership and careers
In this podcast, we hear the Crucible reflections of 3 more Scottish Crucible Alumni in conversation with Quentin Cooper. Featuring Prof Emile Combet Aspray, Prof Mirela Delibovic and Prof Robin Sloan. Learn more about how their research and careers have progressed in the years since undertaking Scottish Crucible.
Episode
9
Scottish Crucible Reflections 2 : research collaboration, leadership and careers
In this podcast, we hear the Crucible reflections of 3 more Scottish Crucible Alumni in conversation with Quentin Cooper. Featuring Prof Janine Illian, Prof Stephen Wallace and Dr Laura Wyness. Listen to learn more about how their research and careers have progressed in the years since undertaking Scottish Crucible.
Episode
8
Scottish Crucible Reflections 1 : research collaboration, leadership and careers
In this podcast, we hear the Crucible reflections of 3 Scottish Crucible Alumni in conversation with Quentin Cooper.
Featuring Prof. Tim Drysdale, Prof. Stuart Reid, and Dr Heather May Morgan. Learn more about how their research and careers have progressed in the years since undertaking Scottish Crucible.
Featuring Prof. Tim Drysdale, Prof. Stuart Reid, and Dr Heather May Morgan. Learn more about how their research and careers have progressed in the years since undertaking Scottish Crucible.
New publication of the Maxwellian
The James Clerk Maxwell Foundation has a new publication “The Maxwellian, which includes a tribute to Peter Higgs and an article by Malcolm Longair.
It is now available on the James Clerk Maxwell Foundation public web site.
Episode
7
Nanoscience
Czech Republic – France – Netherlands – Portugal – Scotland
Project: “Nanoparticles and the Human Body”
Nanoparticles are of interest to many areas of physics, and can also be used as carriers for the safe and effective administration of drugs, or for theranostics (diagnostic and therapeutic capability in a single therapy) purposes, yet they can also interact with biological systems and lead to unwanted adverse effects. The objective of this project is to revolutionize the toolbox of analytical chemistry techniques in order to investigate nanoparticle interactions with the human body and its impact on medicine safety.
Nanoparticles are of interest to many areas of physics, and can also be used as carriers for the safe and effective administration of drugs, or for theranostics (diagnostic and therapeutic capability in a single therapy) purposes, yet they can also interact with biological systems and lead to unwanted adverse effects. The objective of this project is to revolutionize the toolbox of analytical chemistry techniques in order to investigate nanoparticle interactions with the human body and its impact on medicine safety.