What's On at UWA

I will be talking about the NPL's efforts and outlook for the next few years in determining the Boltzmann constant (k) with ~1 part-per-million uncertainty using a resonant acoustic method. This may be of particular interest to some people in Physics as there is currently a measurement of k in (...)

Magnetic thin films with their magnetic moments spontaneously aligned perpendicular to the film plane are of great interest for their practical applications. This configuration is applied in perpendicular recording media with increased data storage density. New materials with a larger tendency to (...)

The 10 most engaging 3 Minute Thesis presenters selected at the UWA semi-finals on 21st July, will compete for prizes and the opportunity to represent UWA at the Australia-New Zealand 3MT competition in September. Please come along to support the presenters and vote for your "People's Choice&qu (...)

Presentations over this two-day event will cover comparisons of environments for the dawn of life on Earth and comparing with the possibility of life on the red Planet, Mars.

Written submissions from teachers, scientists, engineers, social theorists, managers, writers and artists are (...)

The De Laeter Youth Lecture is organized annually by the WA Branch of the Australian Institute of Physics. It is named in honour of the late Emeritus Professor John De Laeter. Not only was Professor De Laeter one of Western Australia's most noted scientists, but he also had an enormous impact on (...)

A new perspective on renormalization is taken by use of an iterative wavelet based averaging as suggested by Stephane Mallat. This replaces the band limited Fourier transforms used currently. The result is a hierarchy of fundamental excitations of the system based on the complexity of the (...)

UWA opens up the whole campus to the public.

Come and find out about the courses on offer, valuable research, community programs, and facilities...all mixed with a day full of lots of fun activities for everyone!

Over the next decade or so, extremely large, ground-based telescopes will be built to probe the furthest reaches of the universe - back to the earliest times in its evolution, and through its most energetic events. These instruments will span the optical and radio bands of the electromagnetic (...)

Over the next decade or so, extremely large, ground-based telescopes will be built to probe the furthest reaches of the universe - back to the earliest times in its evolution, and through its most energetic events. These instruments will span the optical and radio bands of the electromagnetic (...)

Interested in working for the Australian government intelligence agencies? Come along and find out more!

Australian citizens in all disciplines.

The Postgraduate and Honours Expo showcases a host of opportunities for further study, including honours and postgraduate coursework and research possibilities.

Discover the courses each faculty has to offer, learn about postgraduate scholarships, attend information sessions and talk to (...)

We show that a quantum scalar particle in the gravitational field of a massive body of radius R which slightly exceeds the Schwarzschild radius rs, possesses a dense spectrum of narrow resonances. In the limit R goes to rs their lifetimes tend to infinity, and one can interpret the capture of the (...)

What research can be performed at a synchrotron? What are WA scientists achieving at synchrotrons? What opportunities are there for cutting edge research in MEDICAL AND HEALTH SCIENCES, and for WA's INDUSTRY?

This one-day symposium, 23rd November at UWA's University Club, is suited for (...)

Periodic magnetic nanostructures are attracting considerable interest because of their unique properties and potential in applications such as ultra-high density bit patterned media, logic devices and non-volatile memory. Recently, there has been a growing interest aimed at the fundamental (...)

Single photons and single atoms are important carriers of quantum information. Using a network of atoms that are coupled to one another by single photons [1], it is possible to generate a cluster state: a highly entangled state that can be used as a resource for quantum computation.

We (...)

Conventional antennas, which are widely used to transmit radio and TV signals, can be used at optical frequencies as long as they are shrunk to nanometer-size dimensions. Optical nanoantennas possess plasmonic modes – collective oscillations of the metal's conduction electrons – that strongly (...)

BCG is a global management consulting firm and the world's leading advisor on business strategy. We partner with clients in all sectors and regions to identify their highest-value opportunities, address their most critical challenges, and transform their businesses. Our customised approach (...)

McKinsey & Company is the world's most influential management consulting firm. In 2011 we served private companies and public sector institutions from more than 89 offices in over 50 countries. In a career with McKinsey, you will build unparalleled expertise, work with leading corporations (...)

Prof. O’Brien gives an illustrated talk linking together his careers of being Professor of Space Science in the USA during the Apollo era in the 1960s, the first Director of Environmental Protection and first Chairman of the Environmental Protection Authority (EPA) in WA 1971 -1977, and his (...)

Have you considered a career in Management Consulting? Do you want to find out more about working for Bain & Company and the type of work we do? If so then come along to our recruiting presentation to meet Bainies and hear all about the work we do.