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US-UK Resistive Switching Team

 

Samyak Dhole

University at Buffalo - Jia Group
PhD Researcher

B.E. Electronics and Instrumentation | M.Sc. Chemistry | M.S. Materials Design and Innovation
Interested in all things perovskite in all their forms and functions. Current research focus: chemical solution deposition of chalcogenide and halide perovskites, ferroics, resistive switching.

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Hongyi Dou

Purdue University - Wang Group
PhD. Researcher

Hongyi has a Bachelor of Science in Physics and currently focuses on developing memristor/resistive switching materials through the incorporation of vertically aligned nanocomposites.

Wang Group Page

Muireann de h-Óra

University of Cambridge - Driscoll Group
PhD Researcher

In September of 2020, I started my PhD in Driscoll group as part of the BeMAGIC Horizon 2020 project, funded by the Marie Sklodowska-Curie Research Fellowship Programme. I obtained my undergraduate joint-honours degree in Mathematics and Physics from University College Cork (2016-2020). My current area of interest is the development of novel 3D structured flexible multiferroics based on filling mesoporous magnetostrictive oxides with ferroelectric polymers, the assessment of the ferroelectric and magnetoelectric performance, and the modelling of ME effects.In September of 2020, I started my PhD in Driscoll group as part of the BeMAGIC Horizon 2020 project, funded by the Marie Sklodowska-Curie Research Fellowship Programme. I obtained my undergraduate joint-honours degree in Mathematics and Physics from University College Cork (2016-2020). My current area of interest is the development of novel 3D structured flexible multiferroics based on filling mesoporous magnetostrictive oxides with ferroelectric polymers, the assessment of the ferroelectric and magnetoelectric performance, and the modelling of ME effects.

Be Magic Project -- Driscoll Research Page 

Moritz Leander Müller

University of Cambridge - Driscoll Group
PhD Researcher

Combined experimental and theoretical investigation on how ionic migration affects resistive switching mechanisms in HfO2. This involves pulsed laser deposition of thin films and first principles calculations using density functional theory.

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Ji Soo Kim

University of Cambridge - Driscoll Group
MPhil Researcher

Ji Soo has a background in materials science and engineering. He is currently pursing a masters of philosopy in the Driscoll Group. His research focus is on ferroelectric memory.

Driscoll Research Page