Time-frozen snapshot of butterfly nanostructure development


Our report of the fortuitous finding of a very special Gyroid-like nanostructure in butterflies is out now: “Butterfly gyroid nanostructures as a time-frozen glimpse of intracellular membrane development” (Science Advances, 2017). While being a solid static nanostructure, it looks as if it was a solidified 3D snapshot of the nanostructure, during the growth process. Read more

From Nature’s Nanoarchitectures to Nanofabricated Designs


Thanks to all speakers and attendants of last week’s Dresden DPG-symposium

Bioinspired Functional Materials: From Nature’s Nanoarchitectures to Nanofabricated Designs.

Held as an interdisciplinary symposium at the Spring Meeting of the German Physical Society (DPG) in Dresden from 19-24 March 2017, the symposium attracted all up around 300 or so attendants, for five excellent talk. The full program for this session is available here!

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Focus session “New self-assembly topologies” at APS March Meeting


Always good to be back in New Orleans … this time a couple of weeks after Mardi Gras. This year’s APS March meeting was an excellent success with the GSOFT focus group more visible than ever, and many great sessions in the GSOFT, DPOLY, DBIO, SPNP and other sections, including our own focus session “New Mesophase Symmetries and Topologies in Self-Assembled Soft Matter“.

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Brezels, Bragg & Butterflies: Topological Photonics behind novel broad-band chiro-optical material


Since the award of the 2016 Nobel Prize in Physics for “theoretical discoveries of topological phase transitions and topological phases of matter”, topological effects are all the hype in condensed matter physics. In a new paper “Bragg-mirror-like circular dichroism in bio-inspired quadruple-gyroid 4srs nanostructures“, just published by the Nature Group journal Light: Science & Applications, we describe the experimental realisation of a photonic material that owes its amazing optical properties to a topological effect.

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International PhD Project available (DK/AUS) : A hybrid particle and field-based soft matter simulation setup


We are looking for a dedicated Phd-student for a joint project between Murdoch University in Perth, Australia, and the Niels Bohr Institute, University of Copenhagen, Denmark. The project requires applying for a Postgraduate Research Scholarship at Murdoch University in collaboration with the PhD supervisors.

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Scholarships for Undergraduate, Honours and PhD


Interested in undergraduate, honours or postgraduate studies in Maths or Physics (or other disciplines)?  My home institution, the School of Engineering and Information Technology at Murdoch University, has current open rounds for undergraduate scholarships, honours scholarships and PhD scholarships, open to both Australian and international applicants. This includes scholarships for mid-year intake! If you’re interested, drop me an email (see here for contact details). Also check out our brand-new research brochure about what’s happening research-wise in the maths department at Murdoch, or the research brochure for the whole school.

Australian Institute of Physics ‘Women in Physics’ lecture


“Women in Physics Day 2016” – a lecture by Italian-Romanian physicists Dr Catalina Curceanu, a panel discussion featuring some of Perth’s finest physicists and about 20 experiments on Bush Court including the ‘Walk on Water’ Non-Newtonian starch bath. Attendance with almost 600 high school kids well surpassed our wildest expectations. Need to do it again next year!

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Joint PhD project available with CSIRO Data61 Melbourne


From landslides to granular hoppers: can local structure metrics predict flow properties of granular materials?

The flow of granular materials are relevant to any industrial transport process of particulate matter – from minerals and sand to powders and pharmaceutical pills. Flow phenomena of loose or compacted granular materials are also important on the geophysical scale, in landslides, dunes or erosion processes. This proposed PhD thesis project uses state-of-the-art simulation methods for simulating granular flows Read more

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