Bio-electronics/electromagnetics
Bio-electromagnetics examines the interaction between electromagnetic (EM) fields and biological organisms and tissues. Bioelectromagnetic studies within the centre focus on state-of-the-art and novel methods to assess the interactions of EM fields across the spectrum with biological tissues and develops means to develop new diagnostic and treatment technologies to serve today’s and future society. The group also focuses on EM compliance and safety assessments as well as improving the current standards by shedding further light on the assessment of EM properties of biological tissues and engaging with national and international committees and standard bodies to improve the current public guidelines.
The centre’s interests include:
- EMF safety exposure assessments
- Complex modelling of EM exposure and thermal patterns inside living systems
- Assessments of dielectric properties of tissues across the frequency spectrum
- Development of novel and state-of-the-art diagnostic and treatment technologies
- Bio-compatible antennas, EM structures and sensors
- Highly-sensitive sensors and accurate bio-EM models of human tissues
Our research aims to lead in innovation and in the development of more biologically friendly, ecologically sustainable and application-participator technologies and solutions.
Graphene-based Textile Antennas for Wearable Applications
Nano-particles for Microwave-based Medical Tools