

QCIF provides a vital service to Queensland's research community. Our facilities are integral to all fields of research including engineering, medicine, bio-infomatics and even archaeology.
Our high-powered supercomputing facilities are taking Queensland research to the global community
Working to reduce or incapacitate mosquitos that transmit the disease
Working with the National Breast Cancer Foundation to lead the development of Australia’s first National Breast Cancer Tissue Bank: Aiming to identify breast cancer treatments for underserved patient groups.
Using Lamb waves for the ultrasonic testing of structures as part of a research initiative into structural health monitoring.
Using commonly used medical imaging techniques, it is now possible to examine a mummy without needing to even open the coffin.
Using High Performance Computers to model the growth of skin cell colonies for the development of a new aerosolised burns treatment.
An integrated environment that provides real-time high-quality audio and video. It allows groups at multiple sites to interact simultaneously and share data and scientific instruments.
Investigating the application of a nano-scale device to solar energy conversion, grey-water purification and the generation of hydrogen as an alternative energy source
Studying the applications of snake venom for potential use as an anti-bleeding agent in surgical procedures.
Helping archaeologists by improving access to share data stored in different formats and/or across different sites.
A collaborative tool allowing members of the bioinformatics community to access and share information and software.
Making large amounts of data more accessible and easier to use for researchers.
Building a portal to provide secure remote access to software and hardware for the purposes of collaboration
Computational analysis helping researchers understand enzymatic catalysis that can lead to genetic diseases and conditions such as mental impairment and cancer.
Researching the role carbohydrates play in disease and ageing in the hope of developing a new group of drugs
Studying Layered Double-Hydroxide (LDH) structures and DNA, and the applications for drug delivery and gene therapy
Researching the macroscopic (experimentally observable) properties of biomolecular systems such as proteins, nucleic acids and lipid aggregates, in terms of the interactions between atoms.
Studying red proteins to further the practice of deep-tissue biomedical imaging
Developing and deploying tools, systems and organisational structures to enable the international utilisation of astronomical archives as an integrated virtual observatory.
Developing a 3D ‘virtual site’ through which archaeologists could study the dig site and carry out subsequent quantitative measurement and analysis.