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The Physics Foundation have awarded $250,000 funding to two innovative projects to undertake ambitious interdisciplinary research.

Initiated by the Head of School, , the Grand Challenges聽intends to showcase opportunities for physics to drive research and breakthroughs that could transform the world.

"Once again, the successful projects demonstrate the collaborative potential of looking outside our own discipline to solve complex problems. These projects provide exciting opportunities for research teams to work together and for research students to be part of innovative new undertakings鈥� Professor Boehm said.

The event requires researchers to present a five-minute pitch to an audience of staff, students and a panel of judges, comprised of Physics Foundation members and distinguished industry colleagues.

The successful projects are:

Nanoscale brain navigation for targeted drug delivery聽

Brain disorders, including mental illness, dementia and brain tumours cost Australia over $74 billion dollars a year.

Yet 92% of all new central nervous system drugs fail at clinical trials because they tend to flood the brain and cause off-target toxicity, rather than target the specific area where they are required.

This Physics Grand Challenge project seeks to design nanoscale robots which could deliver drugs to the distinct regions of the brain where they are needed, transforming treatments and patient outcomes.

Using expertise in DNA nanoscience, neuroinformatics, and artificial intelligence, the cross-disciplinary team aims to develop algorithms that will allow these machines to detect region-specific molecules in the brain before delivering their drug payload.

Positronium: the key for cancer annihilation

The aim of this project is to develop a novel anti-matter marker, positronium (i.e. a hydrogen like positron鈥揺lectron complex), with quantum sensitivity and specificity for early cancer diagnosis, a medical technology not previously recognised.聽

The project aims to experimentally and聽theoretically聽derive the positronium annihilation parameters for a range of cancer cells (such as breast, prostate, colorectal, brain) and for the first time demonstrate a proof of principle for the use of positronium as a universal cancer marker and positron annihilation lifetime spectroscopy聽as a novel early detection test.聽

Additionally, the project will open new avenues of research including a new positron emission tomography (PET) modality, 鈥減ositronium tomography鈥� for obtaining much more accurate diagnostic imaging.聽

This quantum-medicine-platform can potentially offer a novel marker for clinically meaningful early detection of cancer with high diagnostic accuracy and represents a paradigm shift for cancer medicine in the 21st century.聽

2019 winners

Last year鈥檚 winners spoke highly of the nature of the initiative and the boost it provided to their research.

鈥淎 five minute pitch certainly focuses the mind,鈥� said Dr Joy Murray, the lead on one of last year鈥檚 winning entries, Using big data to stamp out slavery in the supply chain. 鈥淥nce you鈥檝e nailed it you have a very clear idea of what you want to do and why you 鈥� and everyone else should be 鈥� passionate about it.鈥�

Professor Mike Wheatland is part of 2019鈥檚 other winning pitch, Mission to Alpha Centauri. 鈥淭he pitch event gave us the opportunity to showcase just how far-reaching and incredible our Grand Challenge project is. What could be more astonishing than achieving interstellar travel?鈥�

Physics Foundation making projects possible

The generous funding by the Physics Foundation has meant that these projects are given the freedom to truly pursue solutions to these significant problems.

鈥淲ithout the Physics Foundation funding there would have been no project,鈥� Professor Martijn de Sterke, also of the Alpha Centauri group, said. 鈥淚t has allowed us to initiate a project in an exciting area in which the School was previously not active and has lead to new collaborations, both within the School and with researchers elsewhere.鈥�

Dr Murray agrees. 鈥淲e had gone as far as we could without funding. We鈥檇 researched the background and met with the experts inside and outside the University.

"We needed funds to employ a data visualisation expert and someone to collect data on the ground for us 鈥� things that couldn鈥檛 be done without funds no matter how hard everyone had worked to get that far and how much everyone wanted to help.鈥�

Learn more about the Physics Foundation.