JEM 2100 OPERATING INSTRUCTIONS 1.1.1 Check that the microscope is on. Look at the Ion Pump at the rear of the microscope in the alcove and the GREEN LAMP should be ON, see Figure 1. 1.1.2 Check that vacuum levels are OK – see MICROSCOPY AUSTRALIA Microscopy Australia INCREDIBLE INNER SPACE: VIDEOS Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. The Australian Microscopy & Microanalysis Research Facility (AMMRF) is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships with INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: ATOMS IN 3D Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. This is a moth proboscis, used to suck up nectar and other liquids. The green structures are called sensilla and are the moth's taste buds. The proboscis unrolls from beneath the labial palps when the moth wants to feed. Visualised using scanning electron microscopy by Darren Brown, University of

Queensland.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

29. 0. 96. 0 PTONE 381EC 79. 7. 60. 0 PTONE GREEN EC 68 100 m 1 metre (m) 1m 10-2 m 1 centimetre (cm) 0.01m 10-3 m 1 millimetre (mm) 0.001m 10-4 m 0.0001m 10-5 m 0.00001m 10-6 m 1 micrometre (µm) 0.000001m 10-7 JEM 2100 OPERATING INSTRUCTIONS 1.1.1 Check that the microscope is on. Look at the Ion Pump at the rear of the microscope in the alcove and the GREEN LAMP should be ON, see Figure 1. 1.1.2 Check that vacuum levels are OK – see MICROSCOPY AUSTRALIA Microscopy Australia INCREDIBLE INNER SPACE: VIDEOS Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. The Australian Microscopy & Microanalysis Research Facility (AMMRF) is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships with INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: ATOMS IN 3D Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. This is a moth proboscis, used to suck up nectar and other liquids. The green structures are called sensilla and are the moth's taste buds. The proboscis unrolls from beneath the labial palps when the moth wants to feed. Visualised using scanning electron microscopy by Darren Brown, University of

Queensland.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

29. 0. 96. 0 PTONE 381EC 79. 7. 60. 0 PTONE GREEN EC 68 100 m 1 metre (m) 1m 10-2 m 1 centimetre (cm) 0.01m 10-3 m 1 millimetre (mm) 0.001m 10-4 m 0.0001m 10-5 m 0.00001m 10-6 m 1 micrometre (µm) 0.000001m 10-7 MICROSCOPY AUSTRALIA Microscopy Australia INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

PROFILE - MICROSCOPY AUSTRALIA ammrf.org.au 2 from the minister Keeping Australia at the forefront of world-class scientifi c research is key to our national prosperity. Our ability to address global issues – such as health and ageing, sustainable energy and water – through world-leading INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. The Australian Microscopy & Microanalysis Research Facility (AMMRF) is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships with INSTRUMENT MODEL (BRAND AND FULL NAME) TYPE Instrument model (brand and full name) Type The University of Sydney Australian Centre for Microscopy & Microanalysis Imago Local Electron

Atom Probe LEAP

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

SUPERCAPACITORS TO FUEL THE FUTURE VOLUME 25 . MARCH 2014 Microscopy and nanoscience conference in Adelaide Micrograph Awards 2014 & Life in the micro cosmos The ICONN2014/ACMM23 conference held INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: VIDEOS Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

JEM 2100 OPERATING INSTRUCTIONS 1.1.1 Check that the microscope is on. Look at the Ion Pump at the rear of the microscope in the alcove and the GREEN LAMP should be ON, see Figure 1. 1.1.2 Check that vacuum levels are OK – see INCREDIBLE INNER SPACE: ATOMS IN 3D Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. The Australian Microscopy & Microanalysis Research Facility (AMMRF) is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships with MICROSCOPY AUSTRALIA Microscopy Australia INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. The micro-structure of a scale from a butterfly wing. Moth and butterfly wings use pigments to make some colours but physical structures, that affect the behaviour of light itself, to make others. Understanding how they do this lets us mimic nature and create similar features in manmade products. INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. Two pollen grains from our national flower, the wattle. The pollen's outer coat protects and helps deliver plant sperm to the ovum to make seeds that will grow into baby plants. The patterns on the pollen help us identify the plant it comes from. Visualised using scanning electron microscopy by Dr Roger Heady INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. This is a moth proboscis, used to suck up nectar and other liquids. The green structures are called sensilla and are the moth's taste buds. The proboscis unrolls from beneath the labial palps when the moth wants to feed. Visualised using scanning electron microscopy by Darren Brown, University of

Queensland.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: VIDEOS Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

JEM 2100 OPERATING INSTRUCTIONS 1.1.1 Check that the microscope is on. Look at the Ion Pump at the rear of the microscope in the alcove and the GREEN LAMP should be ON, see Figure 1. 1.1.2 Check that vacuum levels are OK – see INCREDIBLE INNER SPACE: ATOMS IN 3D Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. Microscopy Australia is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships

with industry.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. The Australian Microscopy & Microanalysis Research Facility (AMMRF) is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships with MICROSCOPY AUSTRALIA Microscopy Australia INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. The micro-structure of a scale from a butterfly wing. Moth and butterfly wings use pigments to make some colours but physical structures, that affect the behaviour of light itself, to make others. Understanding how they do this lets us mimic nature and create similar features in manmade products. INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. Two pollen grains from our national flower, the wattle. The pollen's outer coat protects and helps deliver plant sperm to the ovum to make seeds that will grow into baby plants. The patterns on the pollen help us identify the plant it comes from. Visualised using scanning electron microscopy by Dr Roger Heady INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. This is a moth proboscis, used to suck up nectar and other liquids. The green structures are called sensilla and are the moth's taste buds. The proboscis unrolls from beneath the labial palps when the moth wants to feed. Visualised using scanning electron microscopy by Darren Brown, University of

Queensland.

INCREDIBLE INNER SPACE: GALLERY Researchers explore inner space: the micro, nano and atomic levels – to answer questions and solve problems. The Australian Microscopy & Microanalysis Research Facility (AMMRF) is proud to present this collection of images from our network of centres around Australia. Our expertise and technology is available to all Australian researchers, also enabling innovation through partnerships with INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. Search and destroy! This image shows us how an immune cell, called a macrophage, attacks foreign bodies like bacteria – or this microbead – completely engulfing it so it can be broken down deep within the cell. Visualised using scanning electron microscopy by Darren Brown, University of Queensland. INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. This is a moth proboscis, used to suck up nectar and other liquids. The green structures are called sensilla and are the moth's taste buds. The proboscis unrolls from beneath the labial palps when the moth wants to feed. Visualised using scanning electron microscopy by Darren Brown, University of

Queensland.

INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. Two pollen grains from our national flower, the wattle. The pollen's outer coat protects and helps deliver plant sperm to the ovum to make seeds that will grow into baby plants. The patterns on the pollen help us identify the plant it comes from. Visualised using scanning electron microscopy by Dr Roger Heady INCREDIBLE INNER SPACE: GALLERY Incredible Inner Space: gallery. The micro-structure of a scale from a butterfly wing. Moth and butterfly wings use pigments to make some colours but physical structures, that affect the behaviour of light itself, to make others. Understanding how they do this lets us mimic nature and create similar features in manmade products.

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ORIGINS OF CHRONIC PAIN Chronic pain has an enormous impact on the quality of life for billions of people worldwide and is estimated to cost trillions of dollars per year. Despite decades of research, Read more BIOINSECTICIDES FROM BACTERIA In understanding the structure a new bacterial insecticide researchers have uncovered an entirely new way in which cells produce and store toxins to prevent them from harming unintended targets. The Read more TRIMPH DEVELOP INJECTABLE TISSUE SCAFFOLD Surgery patients typically have physical, dietary or other restrictions post-surgery, for six weeks or more while damaged tissue heals. A new Australian invention could significantly reduce recovery time for a Read more MICROSCOPY MEETS ABORIGINAL ART Microscopy Australia recently launched its ‘Stories & Structures – New Connections’ exhibition at the Powerhouse Museum in Sydney. Opened by Prof. Tom Calma, Co-chair of Reconciliation Australia, this unique and Read more ATOMIC STRUCTURE OF OUR TEETH IN 3D One in two Australian children are reported to have tooth decay in their permanent teeth by age 12. To get a better understanding of how this occurs at the atomic Read more

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