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Semonti Bhattacharyya, Leiden Institute of Physics, Leiden University Monash University, Melbourne, ARC Centre of Excellence in Future Low Energy Electronics Technology Catch up on YouTube The low-energy electrons in graphene and topological insulators manifest themselves as Dirac fermions, because of their linear band structures. These electrons are unique compared to ordinary semiconductors because of their Read More Maedehsadat Mousavi, PhD Candidate, Centre for Advanced Solid and Liquid-based Electronics and Optics (CASLEO), School of Chemical Engineering UNSW In person and online Missed the seminar. Check it out on FLEET’s YouTube Liquid metals (LMs) have unique characteristics that make them attractive for a variety of applications including next-generation electronic devices, sensors, catalysis, and biotechnologies. Read More Prof. Rafael M. Fernandes, University of Minnesota Catch up on YouTube Quantum materials encompass a wide family of systems that display many fascinating phenomena, from high-temperature superconductivity to topological order. They stand out not only as promising candidates for new technological applications, but also as windows into the fundamental microscopic properties of interacting electrons, whose Read More Event information: Intellectual property (IP) describes any product created through the exertion of your mind and knowledge. IP protection and the rules surrounding this are topics that can seem confusing, opaque, and arbitrary to many scientists. This seminar provides a high-level introduction to IP and discusses how IP is protected in Australia, with some mention Read More Event information: Intellectual property (IP) describes any product created through the exertion of your mind and knowledge. IP protection and the rules surrounding this are topics that can seem confusing, opaque, and arbitrary to many scientists. This seminar provides a high-level introduction to IP and discusses how IP is protected in Australia, with some mention Read More Event information: Intellectual property (IP) describes any product created through the exertion of your mind and knowledge. IP protection and the rules surrounding this are topics that can seem confusing, opaque, and arbitrary to many scientists. This seminar provides a high-level introduction to IP and discusses how IP is protected in Australia, with some mention Read More Catch up on YouTube Prof. Igor Aharonovich, University of Technology Sydney, ARC Centre of Excellence for Transformative Meta-Optical Systems In-person and zoom. Location: G29 New Horizons, Monash Clayton. Engineering robust solid-state quantum systems is among the most pressing challenges to realize scalable quantum photonic circuitry. While several 3D systems (such as diamond or gallium arsenide) Read More Sergey Frolov, University of Pittsburgh Watch on YouTube This talk will be on three topics, but in a way it is one. My research focus and passion is the proximity effect. It is when superconducting correlations are induced in a non-superconducting material. Because superconductivity is always tied to a spin order, proximity effects get especially Read More Event information: Intellectual property (IP) describes any product created through the exertion of your mind and knowledge. IP protection and the rules surrounding this are topics that can seem confusing, opaque, and arbitrary to many scientists. This seminar provides a high-level introduction to IP and discusses how IP is protected in Australia, with some mention Read More Feixiang Xiang, FLEET Research Fellow (UNSW) launch zoom Graphene-based van der Waals heterostructures have unique electronic properties and there has been recent progress on fabricating high-quality samples that has attracted lots of interest from those investigating new quantum phenomena. The topological and strongly correlated states are two particularly interesting quantum phenomena, because of their interesting Read More
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