Welcome to The Centre for Electronics
The Centre for Electronics in QMUL brings together a multidisciplinary strong team of academics and researchers working on various areas related to state-of-the-art in antenna engineering, bio-electromagnetic, novel materials for enhanced performance, antenna and electromagnetics (EM) theory and metrology concepts, renewable energy, smart grid and power machines and machine learning/AI applied for next generation wireless communication networks. The Centre builds its strength on the prestigious and world-leading Antennas & Electromagnetics Research Group established in 1968 with a mission of “High Quality Research backed by High Quality Measurements”.
The centre has been at the heart of technology and innovation in analogue and digital electronic devices and systems, collaborating with academic and industrial partners working nationally and globally. Our research output has made a significant impact to the UK through developing new technologies, supply chains and job creation through spinout activities. The centre has established excellent track record and collaborations working in antennas and EM problems, but also extending to novel research in smart grids and array signal processing based on advanced AI innovation.
Our interdisciplinary research interfacing with materials, physics and chemistry, life sciences and medicine has led to new transformative research ideas and clearly shapes our grant portfolio. The group has strong links with industry and our work has raised the international status of UK antenna research attracting many citations and a number of patents (several with BAE Systems). The centre has doubled in size over the last 6-years by attracting talented established and Early Career Researchers (ECR’s), who, in turn, have extended our portfolio of research to smart grid, array signal processing and additive manufacturing for the fully digital future.
News
Recent Publications
- Bounds on the static electric susceptibility of nonequilibrium cubic crystals: A study of sample shape dependence
Dutta R Hao Y
Solid State Communications, Elsevier vol. 407
01-01-2026 - Fluid Antenna Systems: Redefining Reconfigurable Wireless Communications
New WK Wong K-K Wang C Chae C-B Murch R Jafarkhani H Hao Y
IEEE Journal on Selected Areas in Communications, Institute of Electrical and Electronics Engineers (IEEE) vol. PP (99), 1-1.
14-11-2025 - Engineering polar nanoclusters for enhanced microwave tunability in ferroelectric thin films
Ruan H Zhang H Roddatis V Pal S Briscoe J Saunders TG Tang X Yan H et al.
Nature Communications, Springer Nature vol. 16 (1)
31-10-2025
Recent Grants
- DSTL OFEME 2025
Akram Alomainy, SaeJune Park and James Kelly
£197,805 Defence Science and Technology Lab.-GOV UK
05-01-2026 - 20-03-2026 - AI-Powered, Nanotech-Enabled Microgrids for Communities and Critical Infrastructure in Ukraine
Da Huo
£94,782 Innovate UK
01-12-2025 - 30-11-2027 - Fast coded THz metamaterial/graphene devices
Riccardo Degl'Innocenti
£23,477 Engineering and Physical Sciences Research Council
01-12-2025 - 30-11-2026






