I enjoy telling people about the science we get to play with at science fairs (such as the Royal Society Summer Science Exhibition, the Cheltenham Science Festival, Pint of Science and the Big Bang Fair), public talks (such as the BRLSI and the Warwick Christmas Lectures), school events, national TV in several countries and even science stand-up at the Cheltenham Science Festival. I tweet also @gavinmorley.
We took our new diamond magnetometer to the 2017 Quantum Technology Showcase in Westminster. It is 1,000 times more sensitive than the one we took in 2016 and 1,000,000 times more sensitive than the one we took to the 2015 Showcase.
We took our diamond magnetometer to the 2016 Quantum Technology Showcase in Westminster
Group photo 2016
In July 2016 we showed off our diamond magnetometer at the Royal Society Summer Science Exhibition. The diamond fluoresces red when we shine in green light because of the nitrogen-vacancy centres inside. This video shows the optically-detected magnetic resonance spectrum changing as a magnet is moved away from the diamond.
I featured in the Royal Society ‘Parent-Carer-Scientist’ website and book in 2016.
I created a science activity called ELI5 for over 100 children aged 4-7, and ran it with help from over 30 of their dads, at my daughter's school.
Group photo 2015
My invited talk at the Bristol Quantum Information Technology (BQIT) meeting on 26th Feb 2014 was titled "Review of State-of-the-Art in Hardware (Solid-State)" and the slides are here as a 14 MB download (CC-by-SA).
I gave a Warwick Physics Christmas Lecture in November 2013 on "Making the Impossible Possible with Quantum Computers":
In July 2013 I gave an Institute of Physics talk at the Bath Royal Literary & Scientific Institution on "How to Build a Quantum Computer":
We have an infra-red camera in our lab:
You can see that I don't have a fever here.
This is me holding a hair-dryer which is on.
This is a MRI video of my brain taken in 2005 when I volunteered, as a healthy subject, for some neuroscience research:
...and this one illustrates spin-echo decay measurements:
...and both of these spin-echo animations are in the rotating frame illustrated here: