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  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_152.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_149.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_144.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_135.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_123.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_121.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_114.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_106.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_091.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_078.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_076.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_073.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_070.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_064.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_057.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_046.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_044.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_040.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_036.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_029.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_020.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_006.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_004.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_002.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0192_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0190_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0137_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0124_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0114_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0112_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0109_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0105_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0103_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0100_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0099_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0094_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0093_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0090_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0086_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.
    0179_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron, Don McGilvery inspecting equipment inside tunnel.
    0159_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron, Don McGilvery inspecting equipment inside tunnel.
    0148_Aust_Sync_110823.jpg
  • Dr Louise Hearder, Accelerator Operator, Accelerator Science and Operations, with xxx Australian Synchrotron
    0082_Aust_Sync_110823.jpg
  • Dr Louise Hearder, Accelerator Operator, Accelerator Science and Operations, with xxx Australian Synchrotron
    0077_Aust_Sync_110823.jpg
  • Dr Louise Hearder, Accelerator Operator, Accelerator Science and Operations, with xxx Australian Synchrotron
    0067_Aust_Sync_110823.jpg
  • Dr Louise Hearder, Accelerator Operator, Accelerator Science and Operations, with xxx Australian Synchrotron
    0046_Aust_Sync_110823.jpg
  • Dr Louise Hearder, Accelerator Operator, Accelerator Science and Operations, Australian Synchrotron
    0015_Aust_Sync_110823.jpg
  • Dr Louise Hearder, Accelerator Operator, Accelerator Science and Operations, Australian Synchrotron
    0013_Aust_Sync_110823.jpg
  • Australian Synchrotron Open Day 2008, Melanie, Tom and Emily Finch. Melanie and Emily are both at Monash studying Science and Tom has just finished doing App. Science at RMIT.
    sync_27Oct08__228.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_130.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_105.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_089.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_062.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_035.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_023.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_016.jpg
  • Professor Ian Chubb, Chief Scientist of Australia (CSA) visiting the Australian Synchrotron, with Andrew Peele, Director, David Cookson, HEad of Beamline Science and Operations, Michael James, Head of Science
    AS_130321_013.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0142_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0139_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0108_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0104_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0102_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.   Close up of equipment
    0096_Aust_Sync_110823.jpg
  • Accelerator Science, Australian Synchrotron.
    0174_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.
    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
  • Dr Andrew Peele, Head of Science, Australian Synchrotron
    0313_Aust_Sync_110823.jpg
  • Australian Synchrotron Open Day 2008, Tina and Pippa Dent, Tina has a background in science and wanted to share this with her children.
    sync_27Oct08__192.jpg
  • Dr Andrew Peele, Head of Science, Australian Synchrotron
    0289_Aust_Sync_110823.jpg
  • L-R; Representatives of the Australian Synchrotron, Dr Sean Gallagher, member of the Australian Synchrotron Board of Directors; Ms Catherine Walter, AM, Chairman of the Australian Synchrotron Board of Directors; Prof. Robert Lamb, Facility Director; Prof. Ian Gentle, Head of Science and Dr Daniel Hausermann, IM Principal Scientist with The Hon. John Brumby, Premier of Victoria.
    _MG_5716.jpg
  • Prof. Rob Lewis, Director, Monash Centre for Synchrotron Science, (MCSS) with The Hon. John Brumby, Premier of Victoria.
    _MG_5473.jpg
  • Prof. Rob Lewis, Director, Monash Centre for Synchrotron Science, (MCSS) with The Hon. John Brumby, Premier of Victoria.
    _MG_5470.jpg
  • Australian Synchrotron Open Day 2008, Marika and Lydia Wan, Marika and her husband with a general interest in science are keen to start early with Lydia,
    sync_27Oct08__407.jpg
  • Australian Synchrotron Open Day 2008, The Vincent Family from Geln Iris, all with a general interest in science.
    sync_27Oct08__305.jpg
  • Australian Synchrotron Open Day 2008, Luke and Daniel Harrison from Elwood Primary School, both with a passion for science.
    sync_27Oct08__287.jpg
  • Australian Synchrotron Open Day 2008, Julia Sykes, Daniel Sykes-Turner, Trevor Turner and Vic Sykes. Trevor and Julia both have a background in science, while Vic is a retired Civil Engineer.
    sync_27Oct08__253.jpg
  • Australian Synchrotron Open Day 2008, Tina and Pippa Dent, Tina has a background in science and wanted to share this with her children.
    sync_27Oct08__191.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_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_038.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_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_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_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_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_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_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_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_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_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_025.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
  • Australian Synchrotron, random Textures generated in camera.
    153_AustSync_130524.jpg
  • Australian Synchrotron, random Textures generated in camera.
    131_AustSync_130524.jpg
  • Australian Synchrotron, random Textures generated in camera.
    113_AustSync_130524.jpg
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