"The resource covers basic logic and faulty arguments, developing student's critical thinking skills. Suitable for year 8–10, focused on science issues, the module can be adapted to suit classroom plans."
"TechNyou was established to meet a growing community need for balanced and factual information on emerging technologies. We are funded by the Australian Government Department of Industry, Innovation, Science, Research and Tertiary Education (DIISRTE). We operate in partnership with the University of Melbourne, where our office is based."
The exhibition "Beauty is the First Test" runs form 27 April – 30 June 2013 at The National Centre for Craft & Design, Navigation Wharf, Carre Street, Sleaford, Lincolnshire NG34, UK.
"The group show explores how mathematical concepts underpin craft techniques, aiming to 'demystify a subject that intimates both adults and children', according to the centre. The exhibition demonstrates how mathematics is the foundation of activities such as knitting, stitching, measuring and cutting that are crucial to crafting and fabrication. Showcasing works in disciplines including textiles and sculpture, the show will feature work from artists including Michael Brennand–Wood, Janice Gunner, Lucy McMullen and Ann Sutton.
Alongside the visual proof that maths can indeed be fun – and pretty – the exhibition also presents case studies of five makers, including Gail Baxter and Margo Selby, exploring how the development of their work was furthered by an understanding and appreciation of mathematics."
(Emily Gosling, 27 March 2013, Design Week)
Fig.1 Janette Matthews, "Optical Ellipse". Fig.2 Ann Sutton, "Four Ways from a Square", 2009.
HOLLYWOOD'S golden age may have ended in the 1950s, but it is only recently that Tinseltown appears to have hit upon a mathematical way to capitalise on our fickle attention spans.
"Film–makers have got better and better at constructing shots so that their lengths grab our attention," says James Cutting, a psychologist at Cornell University in Ithaca, New York. He analysed 150 Hollywood movies and found that the more recent they were, the more closely their shot lengths tended to follow a mathematical pattern that also describes human attention spans.
In the 1990s, a team at the University of Texas, Austin, measured the attention spans of volunteers as they performed hundreds of consecutive trials. When they turned these measurements into a series of waves using a mathematical trick called a Fourier transform, the waves increased in magnitude as their frequency decreased.
(Ewen Callaway, 18 February 2010, New Scientist)