A Macquarie University start-up that created a new way to develop drugs faster and more cheaply than current methods, has won a CSIRO innovation award.
Currently it takes over a decade and $2 billion to develop a new drug. Of these, four out of five will never be launched.
If we want everyone in need to have access to affordable and effective medications, we must reduce the time and cost associated with drug development, argues Molecular Sciences’ Professor Peter Karuso.
Dr Sourabh Khandelwal from the Department of Engineering has developed a model for a GaN (gallium nitride) transistor that has been adopted as an international standard.
Silicon transistors are a critical part of modern electronics. There’s a few million of them in your smartphone alone, but owing to their fundamental material limitations they’re extremely inefficient for emerging applications.
GaN transistors are emerging as a go-to technology for use in future applications like 5G communications, sensing electronics in autonomous cars, and compact converters for renewable energy. They’re more efficient than silicon, meaning they’ll use less power and can also be made smaller than silicon transistors. Continue reading Transistor model sets the standard→
High-power lasers have many potential applications: from medical imaging to manufacturing, shooting down drones or space junk, or powering deep space probes. But current laser technologies overheat at high power.
Associate Professor Rich Mildren and his team have developed a technique to make diamond lasers that, in theory, have extraordinary power range. Five years ago, their lasers were just a few watts in power. Now they’ve reached 400 watts, close to the limit for comparable conventional lasers.
Australian and American researchers and businesses are partnering to bring new manufacturing technologies to market
Paint fit for a Dreamliner
Next time you board a new Boeing Dreamliner, take note of its Australian paint.
Developed by researchers at CSIRO, Australia’s national science agency, ‘Paintbond’ has now been adopted across the entire Boeing aircraft fleet, and more than 1,000 aircraft have been re-coated using the technology so far.
Why is it better? The new spray-on topcoat paint technology saves time, reduces the impact on the environment, and is safer to use.
A lens just a billionth of a metre thick could transform phone cameras. Swinburne researchers have created ultra-thin lenses that cap an optical fibre, and can produce images with the quality and sharpness of much larger glass lenses.
Dr Elaine Saunders has made premium hearing aids more affordable and easier to use. She and her team have built on Australia’s bionic ear technologies to create a system where you can: test your hearing online; buy your hearing aid online and receive it set up ready for you; and adjust the hearing aid with your smartphone while you’re at the pub, dancing, or watching TV.
Ultra-thin boron nitride outshines gold and silver when used to detect contaminants in smart sensing technology.
It is 100 times more effective at detecting dangerous materials in our food and environment than noble metals.
Traditionally, detection surfaces of these devices have been made using gold and silver. But covering these metals with a microscopically thin layer of boron nitride greatly enhances their performance.
Imagine if your exercise clothes could generate enough electricity to power your workout gadgets. This could be a reality in a few years with the development of a flexible, self-charging, non-leaky battery (or thermocell) that could convert body heat into power for devices such as fitness trackers. Continue reading Converting body heat into useable electricity→
Hundreds of Aussie science achievements that you can share in speeches, posts and publications