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* *Date:* 11 Dec, 2020
14:00-15:00 14.00 - 15.00
* *Presenter:* Yolanda Ohene and Colin Wright
* *Titles:* 'Science, Statistics & SARS-CoV-2' and
TBA 'Colours can Compute'
* *Audience:* Year 11 up, teachers and all those interested in mathematics
* *Venue:* Online
* *Registration:* Please visit the [Eventbrite page](https://www.eventbrite.co.uk/e/livms-christmas-lecture-tickets-129331426779) for the lecture
* *Contact:* Peter Giblin
[[[> IMG:YO_LighthouseLab2.jpg _ |>> In the lab <<| ]]]
Yolanda's talk will be about her time during During the first lockdown when she lockdown, Yolanda volunteered at one of the covid-19 a Covid-19 testing centres. centre. Yolanda will be
highly talking about her experience of this in a relevant but also a fun talk which covers way, covering the science behind testing for the virus, including exponential models, uncertainties, population and sample sizes.
Yolanda Ohene was an undergraduate at Imperial College. Her third year took her to
France where she did a Masters Master's research project. The project used an atomic force microscope - a tool that feels the surface of tiny objects – to study genetically modified bacteria which over-produce fats and are used as a biofuel. She subsequently
Yolanda subsequently studied for a PhD in
physics Physics at University College London London, where she researched new techniques to image the brain.
Yolanda enjoys communicating science at science festivals, school talks and comedy
nights. She has featured on the BBC Tomorrow's World Live, given talks at Cheltenham Science festival Festival and spoken in assemblies across schools in London. Yolanda grew up in Derbyshire, and if she's not talking science, you’ll find her dancing somewhere... anywhere!
Yolanda currently works at the University of Manchester School of Biological Sciences,
in the Division of Neuroscience and Experimental Psychology.
Suppose I give you a network and ask you to colour the nodes according to some incredibly simple rules. Whether that can be done, efficiently, in all possible cases, is an outstanding problem in mathematics, computer science, management, operations research, and more. In this talk, we shall see why, and look at some applications.
is a familiar figure graduated in Liverpool Maths Club 1982 from Monash University, Melbourne, Australia, with a BSc(Hons) in Pure Mathematics, and Masterclass sessions. went on
Colin see https://www.solipsys.co.uk/new/ColinWright.html to receive his doctorate in 1990 from Cambridge University, England. While there, he also learned how to fire-breathe, unicycle, juggle and ballroom dance.
Since then, he's worked as a research mathematician, a computer programmer, an electronics hardware designer, and head of research and development for a company that produces equipment to do the maritime equivalent of Air Traffic Control.
He now spends most of his time giving presentations all over the world on why mathematics can be exciting, intriguing, and not at all what most people expect.