PhD Studentship in Physical Neuromorphic Computing: Novel Materials and Devices University of Oxford in United Kingdom

[Funded through the supervisor’s Royal Society grant; covers tuition fees and provides a standard stipend.] PhD Studentship in 2D Material Spintronics Logic and Memory Device at the University of Oxford, within the MIND Research Group in the Department of Physics. This Royal Society-funded project is supervised by Dr Safeer Chenattukuzhiyil and focuses on next-generation computing hardware based on two-dimensional van der Waals materials. The research aims to move beyond the limits of convention...

Research Fellow in Advanced Semiconductor Device Modelling at the University of Surrey (Guildford, United Kingdom). This is a full-time, fixed-term research position on EPSRC project EP/Y000196/1 , focused on advanced semiconductor device modelling for source-gated transistors (SGTs) and multimodal transistors (MMTs) . The successful candidate will develop and validate predictive models using methods such as high-fidelity TCAD , compact modelling , surrogate modelling , and physics-informed mach...

Funded PhD opportunity at the University of Oxford in the Department of Physics on 2D spintronics memory and logic devices . The project sits within the MIND Research Group and is supervised by Dr Safeer Chenattukuzhiyil . It is supported by a Royal Society University Research Fellowship and includes tuition fees and stipend . Research interests include spintronics , 2D materials , van der Waals materials , condensed matter physics , memory devices , logic devices , and neuromorphic computing . ...

Postdoctoral Research Associate in Palaeointensity Determination from Chemical Remanent Magnetisation (ChemPI) at Imperial College London . This NERC-funded postdoctoral project develops ChemPI , described as the first absolute palaeointensity protocol for chemical remanent magnetisation (CRM) . The research sits at the intersection of Earth Science , Physics , Materials Science , and Chemistry , with strong computational elements in micromagnetic modelling and machine learning . The successful ...

PhD opportunity at the University of Southampton in radiation-resilient memristor-based reservoir computing for autonomous space intelligence . This project explores how memristor-based reservoir computing can enable ultra-low-power onboard intelligence for satellites and other space systems. The research focuses on how space radiation affects memristor dynamics and how to design adaptive mitigation strategies so hardware can continue to compute reliably in harsh environments. Students will work...