FORREST RESEARCH FOUNDATION Post-doc Fellowships for 2024 – now open until 14 June 2023
The Forrest Research Foundation is offering up to 5 prestigious three-year Post-doctoral Fellowships to outstanding researchers from around the world to conduct paradigm-shifting research at any of Western Australia’s five universities.
These generous fellowships provide a stipend and accommodation at Forrest Hall in a luxury self-contained studio apartment; all valued at over AU$420,000. Within Forrest Hall, you will live amongst other scholars in a vibrant and inspiring research environment. See poster for more details and webpage link.
https://www.forrestresearch.org.au/wp-content/uploads/2023/04/2024-Fellowship-Flyer-VM-scaled-e1681202479814.jpg13721000Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2023-04-11 16:45:152023-05-19 12:29:05FORREST RESEARCH FOUNDATION Post-doc Fellowships for 2024 – applications extended to 14 June 2023!
https://www.forrestresearch.org.au/wp-content/uploads/2023/02/FRF.jpg442800Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2023-02-14 16:51:522023-02-14 18:28:25Forrest Research Foundation welcomes new PhD Scholars commencing in 2023
FORREST RESEARCH FOUNDATION PhD SCHOLARSHIPS2023 – Now closed.
The Forrest Research Foundation is offering up to 9 prestigious three-year PhD scholarships to outstanding researchers from around the world to conduct paradigm-shifting research at any of Western Australia’s five universities.
These generous scholarships provide all tuition fees, a stipend and accommodation at Forrest Hall in a luxury self-contained studio apartment; all valued at over AU$270,000. Within Forrest Hall, you will live amongst other scholars in a vibrant and inspiring research environment. See poster below for more details and webpage link.
https://www.forrestresearch.org.au/wp-content/uploads/2022/09/2023-FRF-PhD-Scholarships-updated-1.jpg17541240Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2022-09-28 11:31:102023-03-13 15:22:19Forrest Research Foundation PhD Scholarships for 2023 – Now closed
Our Early-Career Creative and Performance Leadership Fellowships for 2023 are now closed.
We are offering two prestigious 18 month fellowships designed to create a new pathway to nurture creative talents and research leadership skills of those working in the creative and performing arts sector.
Generous fellowships provide an academic allowance, superannuation, luxury accommodation at Forrest Hall in a self-contained studio apartment, research support allowance (all valued at $210,225) plus an economy airfare to Perth. Within Forrest Hall, you will live amongst other scholars in a vibrant and inspiring research environment.
See poster below with application details and link.
Please feel free to share these with your networks to help promote the FRF Fellowships which are open until 31 Oct 2022.
The Forrest Research Foundation is proud to announce that Ms Elham Eshraghian-Haakansson and Dr Jo Pollitt have been named inaugural recipients of the Foundation’s Creative and Performance Leadership Fellowships.
A Fine Arts graduate from The University of Western Australia, Ms Eshraghian-Haakansson has exhibited her work nationally and internationally. For her fellowship Ms Eshraghian-Haakansson will explore new ground in digital media, particularly in the area of virtual reality, looking at the techniques and methods needed to help audiences to become co-authors of her work, rather than just passive bystanders. She will be working in collaboration with creative arts therapist Cara Phillips, Dr Ionat Zurr (UWA School of Design), Immerse Australia and Dr Jason Eshraghian, with the support of Spaced, as part of the Know Thy Neighbour #3 Program.
Dr Pollitt is a senior research fellow in the School of Education and a lecturer in dance improvisation at the Western Australian Academy of Performing Arts at Edith Cowan University. Through her fellowship, she will bring together artists, scientists and educators to enable more nuanced and deeply felt relations with the natural world in response to environmental crises.
https://www.forrestresearch.org.au/wp-content/uploads/2021/12/Untitled-design-5.png200200Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2021-12-17 10:57:092022-09-28 14:51:06Inaugural recipients of Forrest Creative and Performance Leadership Fellowships announced
A scientist passionate about preventing future pandemics, a researcher looking to ‘future proof’ Australia’s kelp forests and a chemical engineer focused on improving the process of hydrogen liquefaction are all recipients of the prestigious 2022 Forrest Fellowships.
Dr Jessica Kretzmann, Dr Sam Starko and Dr Neil Robinson will start their research at The University of Western Australia from 2022.
Forrest Research Foundation Fellowships are awarded to outstanding early career researchers to undertake high-quality research at any of the five universities in Western Australia.
Dr Jessica Kretzmann will take up her Fellowship at the UWA School of Molecular Sciences where she’ll use cutting-edge science known as ‘DNA origami’ to develop highly sensitive diagnostic tests for viruses. At the cusp of chemistry, bio-medicine and nanotechnology, DNA origami is a way of folding DNA strands into 2D and 3D structures.
A former WA Student Scientist of the Year and Fulbright Scholar who lived in Karratha for much for her childhood, Dr Kretzmann has worked as a science ambassador to rural schools in WA and is currently completing an Alexander von Humboldt Postdoctoral Fellowship at the Technical University of Munich
Recognised for his interdisciplinary work across marine science, genomics, bioinformatics and conservation ecology, Canadian marine biologist Dr Sam Starko aims to characterise the genetic mechanisms that allow some kelp to tolerate warm water.
It’s hoped identifying the genotypes that can best adapt to the warming of our coastal waters will promote the recovery and regrowth of kelp forests in Western Australia and worldwide.
Currently a researcher at the Fluid Science and Resources research group at UWA, with a PhD from the University of Cambridge, Dr Neil Robinson will look at using advanced NMR (nuclear magnetic resonance) techniques to develop novel porous metallic catalysts that can more efficiently convert hydrogen gas into liquid.
The Forrest Research Foundation was established in 2014, by Andrew and Nicola Forrest through their Minderoo Foundation.
“We were blown away by the calibre of the Forrest Fellowship applicants this year,” Mrs Forrest said.
“Congratulations to Jessica, Sam and Neil. I am thrilled critical work on climate change solutions, viral pandemics and energy transportation will be carried out here in Western Australia, further strengthening our state’s vibrant research community and ability to contribute novel research to the world. ”
UWA Vice-Chancellor Professor Amit Chakma said that through the support of the Forrest Research Foundation, the University is able to help early-career researchers expand their world-class research across a diverse range of fields.
“UWA looks forward to welcoming these talented individuals and helping them to extend the boundaries of knowledge as they tackle some of the biggest challenges in science. It’s a vital part of our commitment to creating new knowledge that will benefit WA, our region and the world,” Professor Chakma said.
https://www.forrestresearch.org.au/wp-content/uploads/2021/08/Fellows-Thumbnail-1.png800800Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2021-08-16 11:34:032021-08-16 12:09:14New Forrest Research Foundation Fellows to drive discovery in Western Australia
Two outstanding Forrest Foundation researchers have been named finalists in the 2021 Premier’s Science Awards. These prestigious awards recognise and celebrate the outstanding scientific research and engagement taking place in Western Australia.
Dr Arman Siahvashi from the Department of Chemical Engineering at The University of Western Australia and the Future Energy Export CRC has been named a finalist for the Woodside Early Career Scientist of the Year. Dr Siahvashi is undertaking world-class research and developing cutting-edge technologies to reduce the costs and eliminate the safety hazards associated with clean energy production such as liquid hydrogen. He has developed a multi-award-winning apparatus to accurately measure the freezing temperatures of trace impurities at extreme cryogenic temperatures and high pressures. His research has led to collaborations with scientists at NASA and Jet Propulsion Laboratory on liquid hydrogen as a rocket fuel and also dissolution geology of Saturn’s moon, Titan.
Mr Liam Scarlett from Curtin University’s School of Electrical Engineering, Computing and Mathematical Sciences has been recognised as a finalist for the ExxonMobil Student Scientist of the Year. Liam is completing a PhD in theoretical physics, focussing on modelling the fundamental reactions which take place in fusion, medical, and astrophysical plasmas. A highlight of his research has included developing a theory and suite of computer programs to produce the most detailed database of electron-molecule reaction probabilities to date, which was used by scientists working on the International Thermonuclear Experimental Reactor.
The winners of the 2021 Premier’s Science Awards will be announced at a ceremony during National Science Week.
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A group of international researchers has shown that the unique skeletal structure of a deep-sea sponge can inspire the design of future skyscrapers.
In an article published in Nature today, researchers show that the sponge, which lives in the hostile environment of the deepest oceans, has a unique latticework of holes and ridges that explain how it flourishes in conditions of extreme physical stress.
Forrest Fellow Dr Giovanni Polverino, from The University of Western Australia’s Centre for Evolutionary Biology, co-authored the article with researchers from Harvard University, Tor Vergata University of Rome, New York University, University of Tuscia and the Italian Institute of Technology.
The researchers said the unique structure of the Venus flower basket sponge (E. aspergillum) could lead to more advanced designs for buildings, bridges, marine vehicles and aircraft.
“Because the Venus flower basket sponge lives on the ocean floor, its skeleton has adapted to survive in an environment with very high water pressure,” Dr Polverino said.
“The sponge’s structure resembles a delicate glass vase, woven from a fine mesh, and this allows it to survive and respond safely to strong water flow.”
Understanding the sponge’s geometry will have important implications for how we design structures that need to withstand air or water pressure – whether that’s high-rise buildings, aeroplanes or ships.
The research involved a world-first simulation of approximately 100 billion virtual seawater particles moving in and around the sponge’s skeletal structure. The simulation was enabled by the Marconi100 exascale-class computer at the CINECA high performance computer centre in Italy, together with special software developed in Italy.
This research team was led by Professor Giacomo Falcucci with Professors Maurizio Porfiri and Sauro Succi, and was supported by the CINECA Computational Grant, PRIN Projects, the Forrest Research Foundation, the US National Science Foundation, and the European Research Council under the Horizon 2020 Programme
Read the full study, ‘Extreme flow simulations reveal skeletal adaptations of deep-sea sponges’, in Nature.
Simone Hewett (UWA Media and PR Manager) 08 6488 3229 / 0432 637 716
https://www.forrestresearch.org.au/wp-content/uploads/2021/07/Falcucci_et_Al_2020-10-19711C_Cover_Image1.jpg16671179Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2021-07-22 10:37:482021-07-22 10:37:51Deep-sea sponges set to inspire future construction designs
“Going to primary school where your grandfather is the head of the school had its good side and bad side,” says Dr Marcus Korb with a touch of irony.
“Everybody of course knew him which meant everyone knew who I was – which isn’t necessarily what you want when you’re young.”
Despite that, his childhood in a small eastern German village with his parents and a younger sister was, Marcus says, a “very normal upbringing” and one full of happy memories.
“I remember in the winter when it was snowing and all of the windows in the village would be illuminated, it was like something out of a movie,” he recalls.
“My grandparents and my great grandmother lived in the same village; every morning we’d go to the bakery and while I wasn’t really into sports, we were surrounded by nature and so as kids we’d spend a lot of time playing and hiking in the hills.”
He might have loved being outdoors but Marcus says he was also drawn to his studies, particularly STEM subjects.
“I found studying German very subjective, whereas with science and maths there was a right or wrong answer and clarity around the outcome, which I could relate to,” he says.
After majoring in chemistry and maths at high school Marcus decided to take a three-year apprenticeship as a chemistry lab assistant.
“I think to be honest my parents were worried that I was a little lazy,” he says. “But in Germany if you stop your five-year diploma studies half way through, you won’t get any degree at all and I just wasn’t sure I was ready for the five years.
“I thought some industry experience would help me make up my mind about what I wanted to do and it was great, helping me with my skills in the lab and my time management.”
Heading back to university and across the world
After his apprenticeship, Marcus headed back to study at Chemnitz University of Technology where he specialised in synthetic chemistry. His time working in a lab and his ‘real-world’ experience paid off and he scored the highest marks in final exams in his year.
During this time, he was constantly employed as a research assistant (“carrying out synthesis or purification for PhD students”) in the Department of Organic Chemistry.
During his third year, the young student started learning single-crystal x-ray measurements under the Professor of Inorganic Chemistry, a move that would dictate his future.
“It takes quite a while to learn but during my diploma I was able to carry out measurements and finalisations myself,” he says.
And he was getting noticed, his ‘recharged’ work ethic resulting in multiple papers and international attention from other scientists in his field.
“After my diploma my former supervisor offered me a PhD position and I received a two-year scholarship from the ‘Association of the Chemical Industry’,” Marcus recalls.
“I finished my PhD and did one year of my PostDoc but then spoke to my supervisor about maybe completing this with established professors who had reputations in the field.
“We looked at Japan, at South Africa and at Australia but I was so happy when I was awarded a Forrest Research Fellowship in Perth,” he says.
“Europeans love Australia and coming to WA and being able to explore places like Margaret River and Bluff Knoll and living right on the Swan River is brilliant. I’m a runner and living on the doorstep of Kings Park is amazing, what a place to go running.”
Developing iron catalysts for chemical transformations
Forrest fellows are carefully selected not only because they are outstanding researchers with the highest calibre of academic achievements but because their work has the potential to make a genuine difference in the world and Marcus certainly fits the mould.
Modern catalysis in the fine chemicals sector has been dominated by precious, noble metals such as palladium, platinum and iridium which are used in a wide range of reactions. However, these metals (used in everything from electronic devices to additives to pigments) are expensive, in short supply and can have precarious toxicological and ecological properties.
Marcus says it’s for this reason that attention has shifted towards base metals like iron, copper and nickel. As the second most abundant metal in the Earth’s crust after aluminium, iron is particularly attractive to researchers in his field.
“As a transition metal it covers a wide range of available electronic states, which gives you flexibility. My research will develop iron catalysts for a range of chemical transformations, with a focus on demonstrating chemical bond forming reactions important in the fine-chemicals sector,” he says.
“By decreasing reliance on noble metal catalysts we can develop lower cost, less toxic chemical processes. This will allow preservation of the valuable noble metal resources for those processes which are necessary for future generations.”
The future looks good
Marcus admits its complex work, saying: “There’s a lot of trial and error and from time to time the research can be very challenging – you feel like you’re a bad chemist, you don’t know if it’s you or the chemistry!”
Nevertheless, he was recently able to develop an unexpected reaction which was published in the leading journal for inorganic chemists, Inorg. Chem.
In his downtime, Marcus enjoys spending time with his partner, an Aussie who he says is keen to visit Germany once the borders reopen.
“It’s funny, he loves the cold and I like the heat so I think he’s going to like Germany and I’m always going to like Australia – I’m sitting out in the sun right now and this is in winter! The quality of life here is very good.”
https://www.forrestresearch.org.au/wp-content/uploads/2021/07/3.jpg640480Virginia Moskhttps://www.forrestresearch.org.au/wp-content/uploads/2018/02/logo_rev_large-1-300x192.pngVirginia Mosk2021-07-07 11:40:532021-07-07 13:45:29Iron awe. How Dr Marcus Korb’s work in developing iron catalysts for materials, medicines and more could change the way we use base metals
The Forrest Foundation has awarded eight Prospect Fellowships to outstanding early-career researchers to enable them to undertake their innovative work in Western Australia.
The Forrest Foundation funded 20 Prospect Fellowships over two rounds as an additional investment into Australia’s research community in response to the impact COVID-19 had on research funding. The Prospect Fellowships provide each recipient with 18 months of funding, mentoring and a professional development program.
The projects funded in this round include developing infrared sensing technology to improve response to bushfire emergencies, using natural marine ecosystems such as seagrass and coral reefs to prevent coastal erosion and flooding and creating spacial and geographic modelling to identify locations where there are gaps in mental health care.
The full list of fellowship recipients are
Dr Arnold van Rooijen, UWA Oceans Graduate School Dr van Rooijen will investigate new ways to mitigate coastal flooding, such as use of seagrass meadows and coral reefs, instead of traditional solutions such as use of seawalls and breakers that are not sustainable in the long term.
Dr Brenton von Takach, Curtin University School of Molecular and Life Sciences Dr von Takach will investigate the genomic and ecological consequences of vertebrate species declines occurring worldwide as a result of habitat degradation, invasive species, land clearing and climate change, including Australia’s own northern quoll and golden-backed tree-rat.
Dr Christopher Lean, UWA Public Policy Institute Dr Lean will develop a framework to evaluate biotechnology in conservation for use in areas such as the genetic modification of species, to aid scientific discovery and support conservation standards.
Dr India Dilkes-Hall, UWA Centre for Rock Art Research and Management Dr Dilkes-Hall will examine how plants, tropical rainforests, archaeology and climate change may hold clues to understanding how humans evolved.
Dr Kieran Mulroney, UWA Translational Renal Research Group Dr Mulroney will work to develop faster and more accurate pathology tests for life-threatening infections, to address current limitations in pathology tests.
Dr Naomi Green, UWA School of Biological Sciences Dr Green will study a variety of fish to see if they are able to see UV and polarised light. Understanding how they see the world could lead to the development of new technologies to protect marine life.
Dr Nicole Hill, TKI / UWA Centre for Child Health Research Dr Hill will use cutting-edge geographic and spatial modelling to identify locations where the mental health risks are the highest, to provide insight into priority areas for the allocation of health resources.
Dr Shimul Nath, UWA Department of Electrical, Electronic and Computer Engineering Dr Nath will investigate infrared remote sensing technology and its future role in preventing the spread of bushfires, as well as its application in other fields such as astronomy and medicine.
These Prospect Fellowships support the Forrest Foundation’s aim to build a world-class centre of research and innovation in Western Australia.