We have advised the St Agnes Theatre Players, led by Kathy Morris, on some of the weirder quantum aspects that form part of their upcoming Constellations play. In the play, written by Nick Payne, one of the characters is a physicist while the other is a beekeeper. Human interactions and possible futures of their lives are explored by repeating scenes, taking different directions each time.
We are working with Natalie and Alice, whose mission is to create an exemplary Science Centre in Exeter to educate, motivate and empower the public to make a difference in the world.
Here is their webpage
Our group has advised on and participated in a BBC Four Science TV programme “Order and Disorder”, presented by Professor Jim Al-Khalili. The picture shows Prof Al-Khalili with Maxwell’s demon. Details of the programme can be found here.
We’ve worked together with Natalie Whitehead at the Exeter Science Centre to create a video outlining how research teams work on scientific questions. The video interviews some of our Exeter group members at a project workshop with our collaborators in Oxford.
We’ve participated as a speaker in the Exeter Scholars programme, introducing the topic of quantum cryptography to our Scholars. The Scholars programme offers summer residentials for Year 12 students with the chance to explore different subjects at University. For more information check out this page or contact the CEMPS Outreach Team: cemps-outreach@exeter.ac.uk
Research Uncovered is a series of open lectures which showcase our University’s world-class research on a wider platform. It is organised by the University of Exeter’s Students’ Guild. For the spring 2017 Research Uncovered series Dr Janet Anders was chosen by students to represent the College of Engineering, Mathematics and Physical Sciences (CEMPS), one of the 6 Colleges at the University of Exeter.
We have been involved in bringing a visually stunning quantum physics experiment right in front of the eyes of the public at science exhibitions. The picture shows a light-levitated nanosphere. More details can be found on the Quantum Workshop webpage.