What's On at UWA

Title: Galois and his groups

Abstract: When Galois invented groups they were very different from the structures taught and learned and loved in undergraduate courses at UWA and other modern universities. My purpose in this lecture will be to explain the differences and calibrate (...)

Abstract: The discovery of the first gravitational waves (GW150914) from a binary black hole merger initiated the era of gravitational wave (GW) astronomy. An electromagnetic signal accompanying a GW signal could significantly enhance the information that can be obtained from such events. In the (...)

High-energy X-ray beams have become the principal tool for radiation oncology in Australia and are used in treatment of almost half of all cancer patients. Protons and heavy ions offer an alternative with particularly appealing characteristics for the treatment of specific cancer types and in (...)

Hermann Nicolai has been a Director of the prestigious Max Planck Institute for Gravitational Physics (also known as the Albert Einstein Institute) since 1997, and is Head of the Division of Quantum Gravity and Unified Theories. Professor Nicolai is an internationally renowned expert in quantum (...)

This workshop will outline how CERI can help researchers develop entrepreneurial skills and assist them through the innovation process. CERI is a not-for-profit organisation based in Nedlands.

Over the past 20 years, focused ion bean (FIB) and SEM/FIB instrumentation has transformed scientists' ability to investigate materials to develop new sample preparation methods to become the industry standard and 'work-horse' for site-specific cross-section analysis, S/TEM sample preparation (cross (...)

Abstract: I will start by providing an introduction to the Institute for Photonics and Advanced Sensing (IPAS) at the University of Adelaide and then examine in detail one of the spectroscopic technologies created within my research group to demonstrate an example of the benefits of the trans-disci (...)

Abstract: The talk will cover an intriguing yet powerful way of accelerating and trapping molecular hydrogen in a self-organized extremely deep potential well. In this new Lamb-Dicke regime of stimulated-Raman-scattering, hydrogen molecules inside a photonic bandgap hollow core fibre are deeply-tra (...)

In principle, NMR is an ideal technique for metabolomics. It is non-destructive, non-biased, highly quantitative, requires no prior separation, permits the identification of novel compounds and needs no chemical derivatization. However, relative to other analytical techniques NMR is slow and (...)

Abstract

Today, atomic clocks enable precision estimates of time and position. Through the use of ultra precise atomic frequency standards, we can form time scales, such as the international time standard Universal Coordinated Time (UTC), capable of dating events with nanosecond accuracy (...)

Seminar Abstract: Mergers of black holes cause permanent deformation of space, due to the Christodoulou effect. While this gravitational-wave memory signal is weak, I will argue it will be measurable once advanced LIGO reaches its design sensitivity. I will also show that Pulsar Timing Arrays will (...)

Everyone is warmly invited to our Mathematics and Statistics Colloquium. This will be the first talk by our newly appointed Professor of Applied Mathematics, please come along to welcome Professor Abarzhi to the School.

Talk title: Rayleigh-Taylor instability and interfacial mixing
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Everyone is warmly invited to the Joint Physics and Mathematics Colloquium.

Title: "Dualities in Mathematics and Physics"

Abstract: In this talk I will review some geometric analogues of the Fourier transform, which arise in String Theory under the name of ‘dua (...)

Abstract:

Recent trends of interferometric wavefront sensing tend to focus on high precision, anti-vibration, compact, along with much more involved of electric and computer technology. The optical principles employed will not only limit the interference but also include diffraction (...)

This seminar will have two topics and two speakers: 1. Multispectral Optoacoustic Tomography (MSOT): A novel multimodal imaging technology; 2. Investigations into the development of successful nanomedicines. Lunch provided. Please RSVP for catering purposes

The 2017 AMSI-ANZIAM Lecturer Maria Vlasiou will give a public lecture at UWA as part of the Mathematics and Statistics Colloquia Series. All are very welcome to attend.

Title: Queues on Interacting Networks

Abstract: We have all had the unpleasant experience of waiting for (...)

Abstract: Chemical sensing of the water solution with the small amount of volume is important in terms of low-invasive medical diagnosis. In our group, a terahertz chemical microscopy (TCM) based on the laser-excited terahertz technology[1] has been proposed and developed to visualize the (...)

Everyone is warmly invited to the Mathematics & Statistics Colloquium.

Talk title: Snowflakes, viruses and algorithms

Talk abstract: In this talk we will look at different objects that have one thing in common: they exhibit symmetry. Why is this relevant? How can we (...)

The first billion years after the Big Bang represent the final observational frontier in assembling a coherent picture of cosmic history. During this period early stars and galaxies formed and the Universe became bathed in ultraviolet light. Hydrogen in the intergalactic medium also transitioned (...)

While earthquake predictability is poorly understood, some faults have more regular seismicity than others. Earthquakes on oceanic transform faults exhibit many of the most systematic and predictable behaviors known in seismology and therefore provide a window into earthquake forecasting on (...)