Microscopy Australia

@micro-au.bsky.social

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Australia's largest network of microscopes and expertise – open to all Australian researchers & businesses, enabled by the Australian Government through NCRIS. micro.org.au myscope.training youtube.com/c/MicroscopyAustralia

White text on a black background saying "From Backbone to breakthrough: recognising core facilities contributions, Webinar by Laurence Lejeune July 3rd 1-2pm AEST"
Transmission electron microscope image showing atoms of crystalline copper at the heart of the catalytic nanoparticles surrounded by a halo of non-crystalline carbon–nitrogen–cobalt.
The cover of the book says "Microscopy Australia Research Highlights 2024", next to it, in a circle cut out, is a black and white scanning electron micrograph of a rapid antigen test being developed to test for tropical viruses. It looks like overlapping fibres with liquid suspended between them.
Image of the University of Queensland with the following text overlaid: UNIVERSITY OF QUEENSLAND CENTRE FOR MICROSCOPY & MICROANALYSIS JOB OPPORTUNITY SENIOR PRINCIPAL –SECONDARY ION MASS SPECTROMETRY (SIMS) 
The text in the image repeats what is said in the tweet, with a photo of the University of Queensland in the BG.
APMC Image comp – last chance to enter
A banner saying "Visit us at APMC - Microscopy Australia and Global Bioimaging Booth 72-73", there is also a micrograph of a moth probiscus
A picture showing the different modules available on MyScope, these include: Microscopy Concepts, Scanning Electron Microscopy, Transmission Electron Microscopy, Light & Fluorescence Microscopy, Cryo-Electron Microscopy, X-ray Diffraction, Energy Dispersive Spectroscopy, Atom Probe Tomography, Focused Ion Beam, Scanning Probe & Atomic Force Microscopy, Secondary Ion Mass Spectrometry, Research Data Management, Work Health and Safety
Image says: Imaging in 2035: Sustaining Infrastructure Ecosystems & Advanced Technologies
A light microscope image of titanium-based alloy powder for 3D printing, which looks like silver and gold textured balls on a grey background. It was taken by Dr Olexandra Marenych, a beamline scientist at our University of Queensland facility, the Centre for Microscopy and Microanalysis. The average diameter of the particles is approximately 30 micrometres.
Three different Micro-CT datasets rendered in 3d: one of a dendritic structure, one of a turtle head and one of a geometric scaffold
A picture with a list of names of invited speakers