Find an Expert
Dr
Kylie
Cairns
Faculty/Unit:
Biological, Earth & Env Sci
Research areas:
I use genomics to study the process and mechanism of genetic admixture between species or populations. I am a scientific expert on dingoes, particularly their evolution, origins, identity, hybridisation and conservation.
Keywords:
canis dingo, population genetics, biodiversity & conservation, hybridisation, genomics, dogs, domestication, adaptive evolution, biogeography
Contact:
Professor
John
Mattick
Faculty/Unit:
Biotech & Biomolecular Science
Research areas:
Genomics Transcriptomics Molecular biology
Dr
Rohitash
Chandra
Faculty/Unit:
Sch of Mathematics & Statistic
Keywords:
deep learning, machine learning, earth sciences, abrupt and extreme climate change
Mr
Anton
Nathanson
Faculty/Unit:
Biotech & Biomolecular Science
Keywords:
biomedical engineering, osteoarthritis, hip and knee osteoarthritis, biomedical research, translational medical research, alzheimer's disease, alzheimer disease
Contact:
Scientia Professor
Kaarin
Anstey
Faculty/Unit:
School of Psychology
Research areas:
cognitive ageing, dementia risk reduction, dementia epidemiology, older drivers, healthy ageing
Keywords:
ageing, cognitive ability, dementia, depression, life course, automobile driving, epidemiologic research design, wellbeing
Dr
Michael
Schmidt
Faculty/Unit:
School of Physics
Research areas:
I am a theoretical particle physicist working in the area of New Physics beyond the Standard Model. My research is focused on neutrino and flavour physics, but I am also working on other areas of new physics beyond the Standard Model including dark matter, phase transitions in the early universe, collider physics and supersymmetry phenomenology.
Keywords:
beyond standard model, neutrino physics, neutrino masses, flavour physics, dark matter, phase transitions, supersymmetric standard model, physics, theoretical physics, particle physics
Dr
Miriam
Munoz-Rojas
Faculty/Unit:
Biological, Earth & Env Sci
Contact:
Dr
K M Mohibul
Kabir
Faculty/Unit:
School of Chemistry
Research areas:
Microfabrication; Analytical Chemistry; Chemical Sensor; Surface Acoustic Wave Device; Quartz Crystal Microbalance; Conductometric sensors; Differential Ion Mobility Spectrometry; RF electronics; Materials Science; Nanotechnology
Professor
Dane
McCamey
Faculty/Unit:
School of Physics
Research areas:
Physics, Nanotechnology, Quantum Science, Spin Resonance, Organic Electronics, Electronics, Semiconductors
Associate Professor
Neeraj
Sharma
Faculty/Unit:
School of Chemistry
Research areas:
My interests are broadly: Solid state and Materials Chemistry Towards the next generation of batteries: Sodium-ion & Potassium-ion batteries Developing better lithium-ion batteries Tuning negative thermal expansion to produce zero thermal expansion materials In situ studies of materials Development of new ionic conductors Structural investigations using neutron and X-ray scatteringOur research approach can be defined as: We chemically tune the atomic arrangement (crystal structure) of solid state materials to enhance their physical properties such as energy storage capacity, ionic conductivity or thermal expansion. We use a combination of techniques to characterise our materials, including but not limited to X-ray and neutron diffraction (at the Australian Synchrotron and ANSTO), solid state NMR, electrochemical and impedance analysis, and electron microscopy. Our goal is to fully characterise materials, place them into real-world devices such as batteries and solid oxide fuel cells, and then characterise how they work in these devices. An introduction to our research can be found here: https://youtu.be/TyM716GbDfAOur research group website: https://www.chemistry.unsw.edu.au/our-research/our-research-groups/solid-state-and-materials-chemistry-group
Keywords:
crystallography, batteries, neutron scattering, x-ray diffraction, in-situ synchrotron x-ray diffraction, sodium ion batteries, lithium ion batteries, all solid state lithium batteries, lithium sulfur batteries, recycling