Skip to content

29 September 2022 | 1 minute read


29 September 2022 | 1 minute read


Community News

Share this

This is an archived news story which is over 12 months old and may contain out of date information

Physics at Work 2022 inspires school pupils

A team of AWE graduates participated in the annual Physics at Work event – held on 20-22 September at the University of Cambridge – to encourage and inspire 14-16-year-old schoolchildren to pursue STEM and to help them learn about how physics is used in the world of work.

Now in its 38th year, Physics at Work is a long-established activity in the University’s calendar – and AWE has always been a keen supporter. This year’s event attracted 1,528 students from 38 schools across the UK.

There was an exciting, fun and interactive presentation called ‘Evolution of a Blast Wave’ during which the physics principles of detonation, propagation and under-pressure phases were demonstrated – using a custard powder “explosion”, a Jelly Baby bridge, a giant slinky, and marshmallows in vacuum pots!

Of the 14 exhibitors who attended, AWE’s presentation came an honourable third overall as voted by the pupils.

AWE graduate, Sophie Gregory-Coleclough, said: “It was great seeing the students engaging with the demonstrations. We feel that it was an immersive way for them to learn about the physics of a blast wave.”

Many thanks and congratulations go to the AWE graduate team who organised the event. They were Allie Kay, Charlie Cummings, Al Dimech, Brad Smith, Alan Hewett, Abigail Jackson, Sophie Gregory-Coleclough, Sarah Anderson and Megan Sturgeon.

AWE looks forward to next year’s event.

More news

Latest News

Nuclear Forensics UK-US Collaboration

AWE's Nuclear Threat Reduction programme works closely with colleagues in the United States, a long-standing international partnership dedicated to strengthening global nuclear security.

Latest News

Protecting the Giants of the Past: Ancient Trees at AWE

A survey has revealed that AWE's Aldermaston site is home to a collection of ancient, veteran and notable trees, highlighting the site's rich natural heritage and reinforcing AWE's commitment to protecting valuable ecosystems. 

Search Sitemap Sitemap XML