Author name: AINSE

Sustainably powering the digital age: Next-generation spintronic materials for a low-energy future

2025 Research Spotlight, Materials Science and Engineering, PGRA, Research /

By Georgia Barrington-Smith In today’s digital era, the rapid proliferation of online services and cloud computing has driven an unprecedented global demand for data centres. These facilities support the storage and distribution of vast data volumes, ranging from AI models to high-demand streaming content. Unfortunately, as our reliance on digital infrastructure and artificial intelligence accelerates, […]

Sustainably powering the digital age: Next-generation spintronic materials for a low-energy future Read More »

What Tasmania’s Pencil Pine teaches us about bushfire management.

2025 Research Spotlight, Archaeology and Geoscience, Archaeology and Geosciences, Environmental Science, PGRA /

By Georgia Barrington-Smith Anthropomorphic climate change is weakening the resilience of globally significant forests by altering their temperature and aridity. Tasmanian Wilderness World Heritage Area (TWWHA) is particularly at risk, with longer, more intense bushfire seasons threatening this sensitive ecosystem. Amid ongoing climatic stress and ecological decline, important questions are emerging around the ability of

What Tasmania’s Pencil Pine teaches us about bushfire management. Read More »

Historical holes: Beneath the surface, caves hold the key to Australia’s wildfire history

2025 Research Spotlight, Archaeology and Geosciences, ECRG, Research /

By Georgia Barrington-Smith & Dr Rebecca Duncan Anthropogenic-driven climate change has extended the duration of Australia’s annual fire seasons, wreaking havoc on agricultural crops, wildlife, and homes. The 2019-2020 bushfires, which scorched over seventeen million hectares and claimed the lives of over one billion animals, provide a stark example of this growing crisis. Satellite observations

Historical holes: Beneath the surface, caves hold the key to Australia’s wildfire history Read More »

Beyond Conventional X-rays: Recovering Multimodal Signals with an Intrinsic Speckle-Tracking Approach

2025 Research Spotlight, Biotechnology and Biomedical Science, PGRA /

By Georgia Barrington-Smith & Dr Rebecca Duncan For decades, conventional X-rays have been invaluable in clinical settings, enabling doctors and radiographers to gain critical insights into patients’ health. While traditional X-rays are still widely used, they are limited in the depth of information they can provide. New, advanced multimodal techniques, like phase-shift and dark-field imaging,

Beyond Conventional X-rays: Recovering Multimodal Signals with an Intrinsic Speckle-Tracking Approach Read More »

Flexible, organic X-ray sensors: Enabling the next generation of radiation therapy

2025 Research Spotlight, ECRG, Gold Medal, Uncategorized /

By Georgia Barrington-Smith & Dr Rebecca Duncan Medical radiation procedures, such as diagnostic imaging and radiation therapy, are critical in modern healthcare, providing life-saving detection and treatment tools for people suffering from diseases like cancer. Recent technological advancements have led to a new generation of radiotherapy treatments that promise to further enhance patient outcomes. Developing

Flexible, organic X-ray sensors: Enabling the next generation of radiation therapy Read More »

The battle between plant immunity and fungal infections: A microscopic arms race.

2025 Research Spotlight, Biotechnology and Biomedical Science, PGRA, Research /

By Georgia Barrington-Smith & Dr Rebecca Duncan The agricultural industry is constantly under threat from fungal pathogens that infect important plant crops like tomatoes, bananas, and cotton. In response, plants have developed new defence mechanisms, fuelling an ongoing arms race against these invaders as they, in turn, develop new ways to circumvent these defences. How

The battle between plant immunity and fungal infections: A microscopic arms race. Read More »

Fight against the fungus: Understanding the relationship between fungal pathogens and plant infection.

2025 Research Spotlight, Biotechnology and Biomedical Science, PGRA, Research /

By Georgia Barrington-Smith & Dr Rebecca Duncan Ensuring our ongoing food availability in the face of a rising global population is a critical challenge. Infectious plant diseases pose a significant threat to our agricultural food production, costing the global economy around $220 billion USD each year. One particularly destructive disease is ‘blast disease’, which targets

Fight against the fungus: Understanding the relationship between fungal pathogens and plant infection. Read More »

Will the rivers run dry?

2025 Research Spotlight, Archaeology and Geoscience, Environmental Science, PGRA, Uncategorized /

Understanding how decreasing rainfall is impacting river regions in South-Western Australia. By Georgia Barrington-Smith & Dr Rebecca Duncan Global rainfall patterns are changing, leading to dryer conditions in numerous biodiversity hotspots. Rivers in the Southern Hemisphere are particularly sensitive to these climate-induced changes. To mitigate biodiversity loss and manage our precious water resources, we need

Will the rivers run dry? Read More »

What a year it has been!

Uncategorized /

AINSE 2024 Year in Review AINSE is delighted to celebrate another exciting year filled with successful student events and high-quality research being carried out by our wonderful scholars. As the year draws to a close, the staff at AINSE would like to take this opportunity to reflect upon some of these achievements in more detail.

What a year it has been! Read More »

Cosmic clocks in Antarctic rocks: Forecasting future sea-levels by understanding the response of Byrd Glacier, East Antarctica, to climate change.

2024 Research Spotlight, Pathway, Research, Research Spotlight /

By Georgia Barrington-Smith & Dr Rebecca Duncan The Antarctic ice sheet holds 61% of all the fresh water on Earth. How this ice sheet is responding to climate warming remains the biggest source of uncertainty in determining future global sea levels. Interpreting clues from the past ice margins is critical to understanding the future, and

Cosmic clocks in Antarctic rocks: Forecasting future sea-levels by understanding the response of Byrd Glacier, East Antarctica, to climate change. Read More »

Accessibility by WAH