4 electro-magnetic Fellowship positions

Research Fellow in Advanced S/TEM Methods (2 positions)

elements to optimise performance in S/TEM. It is located on the Clayton Campus in a dedicated electron microscopy building, specifically designed to provide exceptional mechanical, thermal and electro

Research Fellow (Topological Photonic Crystals, Exciton-polaritons, quantum entangled source)

: Investigate properties such as magneto-optical effects and electro-optical effects in low-dimensional materials to control the optical transmission phenomena in topological photonic crystals. Research methods

Research Fellow (Superconducting Circuits and Rare-earth Ions)

large superconducting electro-magnets (up to 1 Tesla); •    Mentoring graduate students; •    Spearheading the development and fabrication of chips that combine superconducting circuits and rare-earth

Research Fellow (Superconducting Circuits and Rare-earth Ions)

of superconducting circuits in state-of-the-art systems; Operating dilution refrigerators (Bluefors LD400); and large superconducting electro-magnets (up to 1 Tesla); Mentoring graduate students; Spearheading