Below you'll see everything we could locate for your search of “exciton”
Young Researchers Forum brings together young researchers in the Science, Technology, Engineering and Maths (STEM) fields. Co-hosted with the Monash Centre for Atomically Thin Materials, this Forum provides a vibrant location to network, discuss research ideas and practice professional skills. Why you should be there: 1. Exchange your research ideas 2. Enhance your scientific presentation skills 3. Expand your …
FLEET research has been highlighted at an important conference in Würzburg, Germany. Eli Estrecho, a PhD student in Elena Ostrovskaya’s group at ANU, won the 1st “Gold” award (and €500) for the best poster presentation entitled ‘Single-shot imaging of exciton-polariton condensates’ and David Colas, a Postdoctoral Fellow in Matt Davis’ group won one of the 3rd “Bronze” prizes for his poster …
A recent Monash University study has investigated Fermi gases with only a small number of interacting particles, and has used that simplified case to predict some behaviours within Fermi gases with many more particles. The study was published in Journal of Physics B: Atomic, Molecular and Optical Physics, March 2017 FLEET’s Meera Parish is investigating how robust excitonic superfluidity is …
FLEET is seeking 16 talented postdoctoral scientists with backgrounds in Physics, Materials Science, Chemistry, Nanotechnology, Electronic Engineering and other equivalent fields. Research fellowships are available for talented postdoctoral scientists, offered at six FLEET nodes: Monash University, the University of New South Wales, RMIT University, Swinburne University of Technology, the Australian National University and the University of Wollongong. Work with us …
Spin-orbit interaction (SOI), is the interplay between electrons’ inherent angular momentum (their quantum spin) and their orbit around an atom’s nucleus. This interaction is key to the function of topological materials, which are studied at FLEET for their potential to form ultra-low resistance pathways for electrical current. A recent study investigated the relationship between spin-orbit interactions in gallium arsenide quantum …
A barrier to practical spintronic devices has been lowered as room-temperature ferromagnetic semiconductors created in an international collaboration involving FLEET’s Xiaolin Wang. While semiconductor spintronics promise lower switching energy and faster speed, a major limitation on its development as a viable technology is the lack of room temperature ferromagnetic semiconductor materials. A collaborative study between researchers from two Chinese universities …
FLEET and Nanyang Technological University Singapore are getting together this June to explore collaboration opportunities. This workshop aims to identify new ideas that are complementary to FLEET’s existing work and where there are mutual interest. Research topics of discussion include excitons-polaritons, skyrmions and other topological phenomena.
