FLEET-UOW News News from FLEET’s team at the University of WollongongReviewing the Quantum Anomalous Hall Effect (QAHE)Through the nanoscale looking glass: FLEET researchers determine boson peak frequency in ultra-thin aluminaSpin-gapless semiconductors review: more candidates for next-generation low energy and high efficient spintronicsWhat comes after CMOS? An expert discussionInterfaces the key in atomically-thin, ‘high temperature’ superconductorsKirrily Rule live-streamed neutron-scattering talk to the AIPMacDiarmid visitVoltage induced ‘Super-fluid like’ penetration effects in Liquid metals at room temperatureMind the gap: FLEET team from Wollongong and Monash reveal a wide-band gap topological insulatorNew Chairs announcedExperimental observation of a new class of materials: excitonic insulatorsKirrily Rule Partner InvestigatorTuning the topological insulator Sb2Te3: just add ironWelcome new FLEET crew membersFLEET collaboration reviews ferromagnetism in 2D materialsEngaging with policymakers in 2018Why 2D? Measuring thickness-dependent electronic propertiesScience fiction becomes science fact as researchers create liquid metal heartbeatLaunch of FLEET Centre of Excellence to tackle hidden energy costs of computingExplainer: why use 2D atomically-thin materialsFLEET researchers get a $4.6m boost in ARC funding roundResearch in Topological MaterialsDirac Semimetals – University of Wollongong, ANSTOMaterials one atom thick & nanotransistors: FLEET features in nano editionSpin gapless semiconductors: promising materials for novel spintronics and dissipationless current flowRoom-temperature ferromagnetic semiconductor strong foundation for spintronics I am text block. Click edit button to change this text. Lorem ipsum dolor sit amet, consectetur adipiscing elit. Ut elit tellus, luctus nec ullamcorper mattis, pulvinar dapibus leo.
