Experiments and mathematical theory reveal how cilia generate 3D flows and transport oxygen around reef-building corals. @PRX_Life @pacherres_co @MicroSensing @MCNDLab @uommedia. Supported by @arc_gov_au Future Fellowship and @MooreFound journals.aps.org/prxlife/abs…

Congratulations to Nitay, whose work on viscoplastic flows has just been published in @JFluidMech. This paper, in collaboration with Ed Hinton, examines free-surface flows of viscoplastic material, both theoretically and experimentally @SciMelb @UniMelb cambridge.org/core/journals/…

Congratulations to Filippo and Arash for leading this work, “Machine learning driven image segmentation and shape clustering of algal microscopic images obtained from various water types”. @MonashUni @UniMelb @SciMelb sciencedirect.com/science/ar…

It was a pleasure to be involved in the Science at Melbourne Dean’s Lecture Series, hosted by @scigallerymel @SciMelb @UniMelb . A recording of the talk is available here: piped.video/watch?v=O-usdJI1…

Thanks to everyone who participated in the 7th Microscale Ocean Biophysics meeting on @HIRS_UQ and those who supported the conference and workshops. @HeronIsle on the Great Barrier Reef an inspiring location to discuss microscale marine processes. @SciMelb @uts_c3 @MooreFound

Our preprint, led by Dr. Pranali Deore, uses fluorescence lifetime imaging microscopy (FLIM) and FISH to visualise intracellular bacteria in Symbiodiniaceae. @spectacularia @LizzHinde @SciMelb @BioSci_UniMelb @UniMelb biorxiv.org/content/10.1101/…

Our latest publication in @TrendsMicrobiol examines how chemotactic sensing could represent an important, but largely overlooked, phenotype within bacterial interactions. Thanks to @omglab_c3 @uts_c3 @theStockerLab @UniMelb @SciMelb. cell.com/trends/microbiology…

A new video series produced by the School of Mathematics and Statistics explores exciting links between Mathematics and Biology. science.unimelb.edu.au/about…. @UniMelb @SciMelb @MelbMathBio Our lab features here: piped.video/watch?v=_FZdeMJ-….

Excited to see our latest work published in @JFluidMech, as part of the special volume celebrating the Batchelor centenary. We compute the effective shear viscosity and normal stress differences in a concentrated suspension of swimming microorganisms. cambridge.org/core/journals/…

Looking good @unimelb @SciMelb

Lupin seedling phototropism (1 hour time-lapse).