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High energy, high power and endless life cycles: not all batteries are created equal.
Our scientists have developed a way to make more environmentally friendly fuels.
Probing Biosystems, a new platform, seeks to develop and tailor state-of-the-art technologies to monitor personal health on a rapid, real-time basis.
Diamonds are helping us to advance bioelectronic medicine, brain-machine interfacing, sensors and basic neuroscience.
CTx have been researching the discovery and development of novel oncology drugs that target PRMT5 for the treatment of solid tumours and blood cancer and have just been recognised for their work on the PRMT5 program, with the Australian CRC Association’s (CRCA) Award for Excellence in Innovation.
Advances in the manufacturing of the wonder material known as MOF is taking them from scientific novelty to industry’s next high tech hope.
We have developed a metal membrane that could accelerate the roll-out hydrogen fuel cell vehicles, and potentially develop a new export market for Australia.
We co-developed the ‘lab-on-a-glove’, which can detect a group of nerve agent OP compounds found in some pesticides, while in the field.
In a modern take on the classic Chitty Chitty Bang Bang, our team at Lab 22 have 3D printed a replica engine block to give a 1914 race car new wings.
Next time you wrap your lips around a green whistle, just know that you've got a little Aussie innovation relieving your pain.
Edward's sternum needed to be replaced, so we partnered with Anatomics to 3D print a titanium and polymer sternum - the first of its kind.
Imagine a world where disaster rescue robots can readily change their body size and shape to adapt to different terrains and environments. We're taking a closer look at the next five big things in science.
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