Submitted by Administrator on Wed, 26/08/2020 - 22:48
We were pleased to get together in small groups outdoors in Judith’s garden to discuss work progress and lab matters.
Driscoll Research Group
Submitted by Administrator on Wed, 26/08/2020 - 22:48
Driscoll group host Materials Challenges for Memory virtual conference
11 April 2021
We are pleased to be hosting an international meeting on “Materials Challenges for Memory” (11-13 April 2021) with the top names in the field from around the world. More details can be found here
Driscoll group members participate in the Cambridge Science Festival
2 April 2021
Several members of the group participated in the annual Cambidge science festival. Judith and Markus contributed to an event on Engineering Memories; Matt Tom and Adam worked on a talk about the science of ice cream, funded by Trinity College, Cambridge
1 April 2021
We are pleased to welcome new group members Dr. Nives Strkalj and Dr. Max Becker! Nives is a visiting reasearcher and a postdoctoral fellow of the Swiss National Science Foundation. Max joins us as a PDRA sponsered by Samsung
31 March 2021
Congradualtions to Dr John Feighan and Dr Rob Jagt for passing their vivas! John will be staying with us to work on a Leverhulme project, Cu-1234, an exciting superconductor with huge untapped applications potential. Rob is also staying with us to work as a consultant on behalf of a local company
5 March 2021
Guliana di Martino, Chiara Ciccarelli, and Judith Driscoll have made a video for the Cambridge Science festival (26 March- 4 April 2021). The video highlights our works on memory materials and is linked to several of our grants. Click here to find out more!
US-UK Resistive Switching Team Website Live
16 February 2021
Thanks for Megan Hill, our Herchel Smith Fellow in the group, we now have a nice new website relating to our ECCS NSF-EPSRC collaboration on memory materials
Driscoll Group contribute to EPISTORE
2 February 2021
EPISTORE is a new project under the EIC Pathfinder scheme with the aim of developing thin-film reversible solid oxide cells. The resulting pocket -sized device would be capable of delivering kilowatts of power, along with highly efficient storage of renewable energy. This new technology is therefore aimed towards applications where the size constraints/long-term storage requirements of batteries limit their practicality, such as off-shore renewable power generation and transportation.
We are pleased to announce a new contract with Samsung
2 February 2021
We are pleased to announce a joint project with Samsung on semiconducting oxides. The project links together the work of Judith Driscoll, Giuliana di Martino, and Andrew Flewitt (CAPE)
Department of Materials Science & Metallurgy
University of Cambridge
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