School of Physics
The University of Sydney
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Physics Talented Student Program

For students who want a little more

If you have a high UAI (or equivalent) then there is a special physics program for you! The School of Physics Talented Student Program (TSP) is part of the Faculty of Science Talented Student Program. The program is offered by invitation of the Dean of Science on the basis of UAI score for first year students, and examination performance for students in subsequent years (see the Faculty information for details). In special circumstances, Physics may allow a small additional number of high-achieving students to participate in Physics TSP activities.

This program extends the physics course by special seminars and project work, together with a major excursion in the second semester break to locations of interest. The seminar program often has a theme each year. In recent years the themes have been `communications', `the quantum world', `the arrow of time' and `self organised systems'. In 2005 we focussed on the International Year of Physics which celebrated the 100th anniversary of Einstein's miracle year. In 2007, 2008 and again in 2009 we introduce you to research highlights in the School of Physics, with presentations by staff, postdoctoral fellows and postgraduate students. Since 2009 is the International Year of Astronomy we will have a special focus on research highlights from our Sydney Institute for Astronomy.

The special project work in the July semester introduces students directly to research activities in the School and to other staff members and postdocs. The aim is to broaden your knowledge of physics and give you an insight into how physicists think and how a real research project is tackled. There is also an emphasis on cross disciplinary subjects and the relationship of physics to the community as a whole. Check out below the diverse range of topics covered in the TSP projects in previous years. All the oral presentations were made in PowerPoint, and you can download selected presentations by clicking on the title pages. You can also download selected project reports.

Why do a program that involves extra work? Students in the program are the top students of their year. You will get special tuition and attention. As well, you will enjoy the company of other talented students working on special projects.

The TSP coordinators are and . Contact them for more information.


2008 TSP Excursion

In 2008 the excursion took TSP students to the Canberra region to visit the Molonglo Radio Observatory, home of the MOST, the largest radio telescope in the southern hemisphere. We stayed over at the Canberra City Youth Hostel and the following day we were given an insider tour of Mt Stromlo Observatory, including their new instrumentation facility, by the Director, Prof Harvey Butcher and staff scientist, Dr Stefan Keller. We then travelled to Canberra's Deep Space Tracking Station at Tidbinbilla where we met the Director, Dr Miriam Baltuck, and were given a guided tour by CSIRO radio astronomer, Dr David Jauncey. We returned to Stromlo in the evening to look at the night sky through one of the small outreach telescopes. On the final day we were given a tour of ANU's Research School of Physical Sciences by Dr Christine Charles, Prof John Howard and Dr Greg Lane, followed by a tour of the Australian Research Council Centre for Quantum-Atom Optics by the Director, Prof Hans Bachor, and his PhD students.

TSP excursion students at Molonglo ...
... and at ACQAO

TSP excursion students at the Molonglo Radio Observatory, operated by the School of Physics ... and in the lab at ANU's Centre for Quantum Atom Optics


TSP Research seminars 2009: LT 5, Thursdays 1pm

DateSpeakers
12 March Registration
19 March Dennis Stello: NASA's Kepler mission: a search for habitable planets and stellar oscillations Simon Ellis: Making the sky dark
26 March David McKenzie: Detecting proteins and enzymes attached to surfaces Serdar Kuyucak: Ion channels and transporters
02 April Don Melrose: Magnetars Tim Robishaw: Measuring magnetic fields in galaxies far, far away
09 April Mike Ireland: Observations of stars and planetary systems at the highest angular resolution Florian Girelli: Can we measure quantum gravitational effects?
16 April easter break
23 April David Reilly: Spin control at the nanoscale Marty Hidas: Lucky dips: Planets that transit their host star
30 April Boris Kuhlmey: Photonics in the biological and medical worlds Irina Kabakova: Smart mirrors
07 May Andrew Phillips: Modelling the physiology behind the human sleep-wake cycle Robin Hill: Medical Physics: using physics to treat cancer patients more effectively
14 May Maryanne Large: Optical biomimetics Alex Argyros: Microstructured optical fibres
21 May Ross Marceau and Kyle Ratinac: The Electron Microscope Unit, advanced microscopy and atomic-scale characterisation of aerospace alloys
28 May Bo Li: The Sun and space probed by radio emissions Julia Bryant: The mysteries of the formation of supermassive galaxies
04 June Second semester projects

TSP special lectures 2009: Room 414, Fridays 11am

This is an occasional lecture series offered to second year students and anyone else who is interested. The first lecture was given on 01 May by Dr Maryanne Large.


Physics TSP projects for 2nd semester 2009

Second semester projects are now here!

You can download the list of 2009 project outlines[pdf], and a description of how it works [pdf].

The schedule of student talks can be found here [pdf].

PLEASE NOTE: TSP meeting time in second semester is Wednesday, 1pm, LT5


Some 2008 TSP project reports


Investigating the environment of GRG 0034-6639
(Jessica Bloom)

Our conformal future (Nic Marks)

Perturbations in the dust (Dominic Else)

Clouds, silver linings and the radio sky (Emma Lindley)

Shattering the refractive wall (Gary Bosnjak)

Some 2007 TSP project PowerPoint presentations

(Note: These files are large powerpoint files)


Shaping nanowire tapers with a laser furnace (4.0 MB)
(David Kedziora)


Aging nearby spiral galaxies... (1.6 MB)
(Francesca von Braun-Bates)


Dust formation and growth in a complex plasma (12 MB)
(Blake Churton)


The rise and rise of fluids in optical capillaries (3.6 MB)
(Andrew Danos)

Accretion versus star formation (5.4 MB) (Laura McKemmish)

A list of the 2005 student projects can be found here

More student projects can be found in the 2004, 2003, 2002 and 2001 archives.

Computational Science Lab Tips



  • The workstations in the lab run Red Hat WS5
  • Your account name will usually be the same as your UniKey account name
    unless you have a physics account.
  • The workstation home accounts are all backed up.
  • You may share data with computers outside the lab provided you have ftp clearance on the remote
    system. You cannot send files to the lab from outside.
  • Printing can be arranged on as as needed basis, it is a good idea to give alot of warning that this will be needed.
  • You will be given a temporary password in the first instance, you should change this
    as soon as you log on the first time.
  • Remember, you are responsible for anything that happens from your account.
    It is in your interests to keep the password private.
  • Software available in the lab

    • Matlab
    • Mathematica
    • IDL
    • Fortran (Gnu Fortran 77)
    • C V4


  • The lab is in room 359 of building A28 if you need card access
  • Card access is only available during working hours.