Ultrasensitive electrochemical sensor listens to the heart and lungs
Wearable electronics can continuously monitor the heart – or even detect early symptoms of COVID-19
Thank you for registering with Physics World
If you'd like to change your details at any time, please visit My account
Katie Fegan is a PhD student contributor to Physics World. Having obtained her MChem degree from the University of Leicester, UK, she is now pursuing her PhD under the Physical Sciences for Health Centre for Doctoral Training at the University of Birmingham, UK. Her research explores the mechanical and biological responses of a class of biomaterials called cryogels, assessing their potential for 3D-printed cardiovascular implants.
Outside of the laboratory, she enjoys channelling her passion for interdisciplinary research through science communication. In her spare time, she is often found painting, playing the piano or enjoying nature.
Wearable electronics can continuously monitor the heart – or even detect early symptoms of COVID-19
A compact sensor that non-invasively measures fat accumulation in the liver could enable early diagnosis of chronic liver disease
Implantable silicon-based electronics could monitor nitric oxide species directly at the source, and then biodegrade
Physics World is now offering early-career scientists the opportunity to work alongside our award-winning journalism team to write and publish news stories for the global scientific community.
We provide training and mentorship to graduate students who are eager to write about the most exciting new research results, and offer them the opportunity to publish their work on a site that’s read by professional scientists all over the world.
Sounds interesting? Find out how you can get involved.