It took a computer to discover the potential threat of a drug-resistant strain of swine flu that was about to spread from New South Wales. So how close did we come to a global pandemic?
Viewers can now select what they want to watch and when they want to watch it.
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A new field of research aims to deepen, and even quantify, our understanding of artistic style. We use mathematical techniques to help discover novel insights, even in well-studied paintings.
The impressive computer aided design of the atrium at Melbourne’s Federation Square.
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The architect’s pen and paper were replaced by the mouse and monitor thanks to developments in computing. Now computers are helping create designs never thought possible before.
Advances in computing make it possible to model the spread of disease on an individual level, in a population of millions of people.
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The brain is the most complex organ and system know to humans. It helps to create a computer model of one to find out how things work, and why things go wrong.
Computers are coming up with proofs in mathematics that are almost impossible for a human to check.
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The first in our series looking at the changes that have been made in computing and other areas in the 60 years since the first computer in an Australian university was switched on.
The future’s bright… the future’s virtual?
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Scientists of all kinds turn to computer models to investigate questions they can’t get at any other way. Here’s how models work and why we can trust them.
Rural schools don’t always have the latest tech.
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A third of families living below poverty level access the Internet only through their phones. And young people from these families get access to few learning opportunities.