We've found our lucky winner of a £50 Amazon voucher, as a reward for doing our Constructing our lives survey! Check your email to see if it's you!
Have you read any of the articles, or listened to any of the podcasts, from our project Constructing our lives: the mathematics of engineering? Perhaps you've read about the velodrome, or about engineering and music, or listened to our climate change podcast?
If yes, then we'd like to know what you thought of what you read and heard. We are about to report back to the Royal Academy of Engineering, who funded the project, and your feedback will give us and them valuable information on the impact of public engagement activities. It may even help us to secure more funding for similar projects in the future.
So please take the time to complete our 3-minute online survey. It will remain open until Friday 26th August and when it's closed, one lucky participant will win a £50 voucher from Amazon. For a reminder of the articles and podcasts published as part of the project, visit the Constructing our lives page. Tell us what you think!
Dr Katie Steckles delivering the Playing with Squares masterclass in Manchester.
Would you like to present engaging mathematics sessions to young people?
The Royal Institution of Great Britain (Ri) is offering development sessions for new Ri mathematics masterclass speakers as part of the celebration of the 30th anniversary of the programme. The network stretches from Aberdeen to Truro, including Jersey and Northern Ireland, and is ever-expanding.
The Ri welcomes enquiries from teachers, researchers, postgraduate students, professionals from industry or any other person with interest in mathematics and in communicating it. Places are limited but they will do their best to accommodate all requests at this or future sessions.
The next development session is in Cambridge, on 20th October 2011. Details about the masterclasses can be found on the Ri website.
If you like to know more about the project or the session please contact Sara Santos on email@example.com or call 020 7670 2915.
If you live in or near Cambridge, you've got the chance to see a genuine World War II Enigma machine in action and watch the movie Enigma starring Kate Winslet and Dougray Scott afterwards!
On Monday the 5th of September at the Cambridge Arts Picturehouse cinema, James Grime, from our sister project Enigma, will demonstrate one of the miraculous code breaking machines and talk about its history. This is followed by a screening of the movie and an informal Q&A session in the cinema bar. The only fee is the cinema ticket.
The event is part of SciScreen, a new film festival at the Cambridge Arts Picturehouse organised by the British Science Association Cambridgeshire branch. The aim of SciScreen is to raise public awareness for the real science behind the science portrayed in cinema. In each SciScreen session experts explain the science from the film in a short talk before curtain-up, and after the film everyone is invited to the Arts Picturehouse bar for a drink and informal discussion.
For more information and updates visit the SciScreen Facebook page.
Marcus du Sautoy finds maths in unusual places.
Whatever you're planning to do tonight, cancel it! Because tonight at 9pm on BBC Two it's the first episode of Marcus du Sautoy's new series The Code. It's a three-part series about maths in the world around us, exploring anything from honeycombs to flocks of birds, nautilus shells to planetary motion.
And it's not just about sitting on the couch and marvelling — oh no! The Code is also a treasure hunt with clues being revealed in each episode, in a series of online games and on the blog. Getting all the clues right may lead you to a valuable prize hidden somewhere in the UK. The hunt has already started with a challenge to find pictures of primes in the real world.
Ian Short, the Open University academic consultant for the series (and Plus author), says: "The series is packed with mathematical curiosities. One of my favourites is a bubble dodecahedron, which you can already see here." And there are plenty more clips and game on the series website.
To warm up for the challenge you can also read Marcus du Sautoy's Plus articles:
Happy code breaking!
Samuel Hansen, the mind behind the mathematical podcasts Combinations and Permutations and Strongly Connected Components from ACMEScience and co-host of the Math/Maths podcast with Peter Rowlett, has a plan. He wants to create a new series of podcasts, Relatively Prime, featuring stories from the world of mathematics as told by the protagonists themselves.
Samuel promises to tell the weird and unexpected stories in this series, from slime mould recreating the Tokyo subway network to the good old fashioned fights between Newton and Leibniz. He told us about two of his favourite stories: how crickets led us to a better understanding of Kevin Bacon...
"In the late 90s Duncan Watts was at Cornell University studying under Steven Strogatz and was having a lot of problems figuring out what to write his dissertation on, he had tried a few problems already and none had stuck. So Strogatz suggested that Watts help him with some of his work with coupled oscillator problems, specifically as it applied to cricket chirp synchronization. One day they were in a field trying to get a handle on how crickets start to sync, if it is one that starts it or multiple starting points that start to come together like unmatched metronomes on a moving plank. Watts started to think of how the crickets were connected (who could hear whom) and how the connections in this system could change the behavoir of the crickets. Then all of a sudden he told Strogatz about the common idea that everyone is only 6 handshakes away from everyone else. It was only a short time after that that they published the first mathematical model of a small world social network. Fireflies to the 6 degrees of Kevin Bacon in only one connection."
and Tim Gower's Polymath project...
"Tim Gowers asked one of the most intriguing questions ever on his blog, can people do a massively collaborative mathematical proof. He then posed a question called the Density Hales Jewett problem and asked his readers to try to prove it collaboratively in the comments section of the blog post. 2 weeks later somewhere around 39 people had worked together to get an even deeper result than the one Gowers had originally posed and the experiment was a success. They ended up publishing a paper under the name DHJ Polymath."
But to tell these stories Samuel needs your help. He says he wants to approach the series as a story teller, not as an educator. And for this reason it is important that he interviews the protagonists of the stories face to face so that he can get the inside story. He also wants to create a series that anyone will enjoy regardless of how they feel about maths. "We seem to have gotten to a point that it is cooler to not be able to do mathematics and it is my belief that this is mostly down to a matter of perception," he says. Samuel hopes to change those perceptions by telling fascinating stories in a way that is a pleasure to listen to: "I want to layer in voices and sound and music and make Relatively Prime a joy to listen to no matter your feelings about mathematics."
So if you are intrigued by Samuel's tales from mathematics then you can support the project by visiting his Kickstarter page.
And you can read more about crickets, Kevin Bacon and the science of sync in Steven Strogatz's book, Sync: the emerging science of spontaneous order, reviewed on Plus. And you can join the forces of the Polymath at The polymath blog.