The group welcomes three new MPhys students for semester 2. They will be working on: * Peter Parsons – Single-photon compressive spectro-imaging methodology (assisted by Dr. Stefan Skalsky) * Kit Garbutt & Jack Young – Enhancing optical imaging for crop-science (led by Prof. Bruce Grieve)
The group welcomes back our returning MPhys students who will continue on their projects this semester. This includes: Big-data for nano-electronics – development of machine-learning tools for analysis of imaging and spectroscopic data for nanotechnology Rafe Whitehead, Thomas Blackmore, Jonathan Ryding Earth’s-field NMR – design and construction of an NMR system
The group welcomes a bumper set of new MPhys (Masters project) students on a range of projects. Welcome to all students! Big-data for nano-electronics – development of machine-learning tools for analysis of imaging and spectroscopic data for nanotechnology Rafe Whitehead, Thomas Blackmore, Omar Ahmed, Jonathan Ryding Earth’s-field NMR – design and
The group welcomes Harry and Lydia, two Manchester Physics MPhys students to the group. They will work together on a project to develop a high-resolution and low-cost interferometric distance standard using atomic transitions in lanthenide glasses.
The group welcomes four undergraduate MPhys students who will spend the semester working on their final year project: * Lily Shepherd and Rachel Clark return to work on compressive sensing applications for future photovoltaic characterization. * Jade Clarke and Eadie Weston will start a new project on open-science, looking to create 3D
Welcome to Max Kahan, Pedro Trula, Michael Thorpe and Tom Thirlwell who join the group as MPhys students. Max and Pedro will work on the application of machine learning approaches to studying large scale spectroscopic and imaging data produced by our nanowire characterisation tool. Michael and Tom will work on
The group welcome two MPhys project students, Pawita and Cosimo, to the group. Over this semester, they will be working on developing a compressive-sensing approach to large area photocurrent mapping for novel photovoltaics.
A goodbye to Dylan Maxwell and David Barcons who have completed their S7 MPhys project. They worked together to develop non-equilibrium carrier dynamics modelling in nanowires, and to couple this to experimental measurements using TCSPC. Thanks Dylan and David!