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The Science Issue: 100 reasons to love science

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Science is everywhere. Understand science and you will see the world differently. The sun becomes a giant nuclear reactor full of beautiful equations keeping us alive, while Facebook can be transformed into maths that describes you and your friends. Whilst the most amazing scientific phenomena are happening inside you right now.

To celebrate 100 years since the Faculty of Science (University of Malta) was founded Think has prepared a focus stuffed with exciting research. Francesca Vassallo explains how crystals are not just pretty rocks but also medicines and life-giving molecules. Claude Bajada writes about the first arithmetic book in Maltese, how microwaves do not harm health, and graph theory, maths that describes networks like Google and Twitter. Focus editor Jessica Edwards finds out about species invading Maltese waters and threatening the environment. Whilst Natasha Padfield talks about climate models for the Mediterranean and how Malta’s air pollution is being sussed. There is a lot more research happening at Faculty that is trying to discover a brighter future, but first a bit of history.

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Should Universities Cross-Pollinate Subjects in an Uncertain World?

Technology is seeping into research and academic writing, and the shift towards labour-market facilitation rather than academic curation is changing the knowledge and learning landscape. Such shifts, however, are set against cultural biases in subjects and traditional, outdated academic structures, even as universities try to evolve.

I Will Continue to Follow the Ship

Curated by Elyse Tonna with artist Dr Matthew Attard, ‘The Ship (Unseen)’ delivers the same brilliance and deep artistic intent which Attard, Tonna, and the rest of the team had been praised for during the 60th Venice Biennale. In 2025, the two sought to continue building on the themes of connection, identity, and memory established in ‘I Will Follow the Ship’, making use once again of that iconic, ever-moving, web-like linework.

AMBER: Stretching the Boundaries of Sustainable Rubber

Think about the rubber parts in your car, your shoes, or your household appliances. Traditionally, making rubber is an incredibly energy-intensive process that relies on ‘vulcanisation’ – a method that uses high temperatures and produces harmful emissions to make the material durable. But what if high-performance rubber could be eco-friendly and 3D-printed on demand?

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