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  • Office Pod at the Australian Synchrotron, exterior view
    115_120612_Aust Sync.jpg
  • Exterior view of the Australian Synchrotron User Accomodation at dawn
    108_120612_Aust Sync (1).jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_030.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_022.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_043.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_037.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_027.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_020.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_053.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_019.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_056.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_051.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_025.jpg
  • Australian Synchrotron, panorama  L-R, looking in
    Aus_Synchro_Panorama_1_26oct08.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_071.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_061.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_031.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_072.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_070.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_057.jpg
  • Dr Paul Tafforeau, from the European Synchrotron Radiation Facility in France holding a replica of his newly discovered  ancient Australian wood beetle<br />
<br />
For the first time Paul has been able to construct exact replicas of these ancient organisms using synchrtron  imaging techniques to discover an array of new species.  These techniques have opened up the world of paleontology so that details of many fossilised  organisms  previously locked inside dense rock matrix  can now be revealed. This technique does not destroy the precious fossils and allows reconstruction of the missing body parts to reveal extrodinary details of both the internal and external structures of the organism and hence provide more information on the animals life history.  Because of this synchrtron technique many more fossilised oganisms will be idenified and classified than has occured in the past 50 years.The Australian Synchrotron  is commissioning an imaging and medical beamline that will one day  provide this sophisticated information to paleontologist and to medical researchers.<br />
<br />
Dr Paul Taffereau is a guest speaker at the 10th International conference on Synchrotron Radiation Instrumentation (SRI09)  being held at the new Melbourne Convention and Exhibition Centre this week (27 September -   2nd October. )  Paul also spoke  at a  public lecture entittle "Seeing into the past with synchrtron light" at the Melbourn Museum on Tuesday 27 September, 2009.
    sync_30Sep09_038.jpg
  • Dr Mark Tobin, Principal Scientist - Infrared Microscopy at the Australian Synchrotron
    001_AustSynch_140616.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0017_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0015_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0004_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0002_AustSync_140620.jpg
  • The Powder Diffraction team at the Australian Synchrotron.<br />
Dr Justin Kimpton, Principal Scientist - Powder Diffraction;<br />
Dr Qinfen Gu, scientist - Powder Diffraction;<br />
Dr Helen Brand, Scientist - Powder Diffraction;
    001_AustSync_140630.jpg
  • Dr Anton Tadich, Scientist - Soft x-ray spectroscopy at the Australian Synchrotron.
    002_AustSynch_140627.jpg
  • Dr Martin de Jonge, Senior Scientist - X-ray fluorescence microscopy at the Australian Synchrotron.
    006_AustSync_140626.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0012_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0005_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0025_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0001_AustSync_140620.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0297_AustSync_110907.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0326_Aust_Sync_110823.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0023_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0021_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0020_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0010_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0009_AustSync_140620.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0271_AustSync_110907.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0351_Aust_Sync_110823.jpg
  • The Powder Diffraction team at the Australian Synchrotron.<br />
Dr Justin Kimpton, Principal Scientist - Powder Diffraction;<br />
Dr Qinfen Gu, scientist - Powder Diffraction;<br />
Dr Helen Brand, Scientist - Powder Diffraction;
    003_AustSync_140630.jpg
  • The Powder Diffraction team at the Australian Synchrotron.<br />
Dr Justin Kimpton, Principal Scientist - Powder Diffraction;<br />
Dr Qinfen Gu, scientist - Powder Diffraction;<br />
Dr Helen Brand, Scientist - Powder Diffraction;
    002_AustSync_140630.jpg
  • Dr David Paterson, Principal Scientist – X-ray fluorescence microscopy & X-ray absorption spectroscopy at the Australian Synchrotron
    002_AustSync_140626.jpg
  • Dr David Paterson, Principal Scientist – X-ray fluorescence microscopy & X-ray absorption spectroscopy at the Australian Synchrotron
    001_AustSync_140626.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0024_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0019_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0018_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0014_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0011_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0008_AustSync_140620.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0242_AustSync_110907.jpg
  • Dr Anton Tadich, Scientist - Soft x-ray spectroscopy at the Australian Synchrotron.
    001_AustSynch_140627.jpg
  • Liam at year 10 work experience student at the Australian Synchrotron.
    001_AustSynch_140625.jpg
  • Dr Peter Kappen, Principal Scientist - X-ray absorption spectroscopy at the Australian Synchrotron.
    001_AustSynch_140613.jpg
  • Dr Andrew Stevenson, Scientist - Imaging and Medical Therapy at the Australian Synchrotron.
    0027_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0016_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0007_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0006_AustSync_140620.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0305_AustSync_110907.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0292_AustSync_110907.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0280_AustSync_110907.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0257_AustSync_110907.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0237_AustSync_110907.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0372_Aust_Sync_110823.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0371_Aust_Sync_110823.jpg
  • A user in at the - X-ray fluorescence microscopy beamline at the Australian Synchrotron.
    007_AustSync_140626.jpg
  • A user in at the - X-ray fluorescence microscopy beamline at the Australian Synchrotron.
    005_AustSync_140626.jpg
  • A user in at the - X-ray fluorescence microscopy beamline at the Australian Synchrotron.
    004_AustSync_140626.jpg
  • A user in at the - X-ray fluorescence microscopy beamline at the Australian Synchrotron.
    003_AustSync_140626.jpg
  • Dr Andrew Stevenson, Scientist - Imaging and Medical Therapy at the Australian Synchrotron.
    0026_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0022_AustSync_140620.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0003_AustSync_140620.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0321_Aust_Sync_110823.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0317_Aust_Sync_110823.jpg
  • Frank M Gagliardi, BSc, MSc (Physics)<br />
Medical Physicist, From the William Buckland Radiotherapy centre,<br />
Working on the Imaging and Medical Beamline at the Australian Synchrotron
    0013_AustSync_140620.jpg
  • Engineering teams, Australian Synchrotron
    139_AustSync_1300806.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0222_AustSync_110907.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0351_Aust_Sync_110823.jpg
  • Senior Management Group, SMG, Australian Synchrotron..L-R Michael Tonroe, CFO; Professor Keith Nugent, Facility Director, Australian Synchrotron.; Dr George Borg; Dr Dean Morris, Head of Operations; Andrew Peele, Head of Science. August 2011.
    0326_Aust_Sync_110823.jpg
  • Australian Synchrotron.   Alexis Kouts, Acting Head of Major Projects and Technical Services, and Project Manager, Richard Feltscheer, Australian Synchrotron.
    0313_AustSync_110907.jpg
  • Quality Management, AUstralian Synchrotron
    279_AustSync_1300806.jpg
  • HR, Australian Synchrotron
    430_AustSync_1300806.jpg
  • Quality Management, AUstralian Synchrotron
    262_AustSync_1300806.jpg
  • Engineering teams, Australian Synchrotron
    144_AustSync_1300806.jpg
  • HR, Australian Synchrotron
    444_AustSync_1300806.jpg
  • Beamline scientists, Australian Synchrotron
    236_AustSync_1300806.jpg
  • HR, Australian Synchrotron
    438_AustSync_1300806.jpg
  • External Relations, Comms team, Australian Synchrotron
    382_AustSync_1300806.jpg
  • Quality Management, AUstralian Synchrotron
    245_AustSync_1300806.jpg
  • Computing Science team, Australian Synchrotron
    185_AustSync_1300806.jpg
  • User Office, Australian Synchrotron
    063_AustSync_1300806.jpg
  • External Relations, Comms team, Australian Synchrotron
    387_AustSync_1300806.jpg
  • Finance Team, Australian Synchrotron
    297_AustSync_1300806.jpg
  • Engineering teams, Australian Synchrotron
    160_AustSync_1300806.jpg
  • Facilities, Australian Synchrotron
    104_AustSync_1300806.jpg
  • Facilities, Australian Synchrotron
    088_AustSync_1300806.jpg
  • Finance Team, Australian Synchrotron
    291_AustSync_1300806.jpg
  • Quality Management, AUstralian Synchrotron
    262_AustSync_1300806.jpg
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