The Wireless and Microwave Metamaterials (WMM) Special Interest Group (SIG) covers a wide range of topics, including reconfigurable and active structures, scattering and antenna applications, healthcare applications, multiphysics modelling, wearable devices, and mobile communications applications.
Members include industry and academic colleagues with an interest in novel theoretical concepts, modelling and numerical simulation, and manufacture and test. We encourage discussions of new ideas and focus on developing talent within the sector.
We aim to deliver networking and technology showcasing events, connect skills and capabilities across the UK, and generate application based challenges.
Stephen Henthorn
University of Sheffield
Akram Alomainy
Queen Mary University London
Milo Baraclough
Dstl
Qammer Abbasi
University of Glasgow
Muhammad Ali Babar Abbasi
Queen's University Belfast
Adam Armitage
MBDA UK
Stylianos Assimonis
Queen's University Belfast
Aakash Bansal
Loughborough University
Milo Baraclough
DSTL
THOMAS BASSETT
MBDA UK
Jean-Sebastien Bouillard
University of Hull
Darren Cadman
Compound Semiconductor Applications Catapult
Toby Campbell
BAE Systems
James Capers
University of Exeter
(Sam) Yun Fu Chan
CPI
Gregory Chaplain
University of Exeter
Bob Clarke
National Physical Laboratory
Richard Craster
Imperial College London
Mark Cunningham
University of Glasgow - CDT PIADS
Claire Dancer
University of Warwick
Philipp del Hougne
CNRS, Univ Rennes
Andrea Di Falco
University of St Andrews
Viktor Doychinov
University of Bradford
Kevin Doyle
Squadron Six Aerospace Ltd.
Otman El mrabet
Abdelmalek Essaâdi university
Aluna Everitt
University of Oxford
Vassili Fedotov
University of Southampton
Alexandros FERESIDIS
University of Birmingham
Joao Ferreira
Oxford Instruments Plasma Technology
Lee Ford
University of Sheffield
Andrei Gorodetsky
University of Birmingham
Nikolas Hadjiantoni
University of Birmingham
Joshua Hamilton
QinetiQ
James Henderson
Plextek
Euan Hendry
University of Exeter
Stephen Henthorn
University of Sheffield
Ian Hooper
University of Exeter
Maria Kafesaki
Foundation for Research and Technology Hellas (FORTH) and University of Crete
Piotr Marek Kaminski
Airbus, Central Research and Technology
Aris Karnezis
The University of Sheffield
KRANTI KUMAR KATARE
Queens University Belfast
Panos Kosmas
Metamaterial Technologies \ King's College London
Samson Lai Iskandar
Thales Solutions Asia
Kollmannsperger Lea
Fraunhofer IZFP
Hak Joo Lee
Center for Advanced Meta-Materials
Rosa Letizia
Lancaster University
Miguel Navarro-Cía
University of Birmingham
Oliver Nelson-Dummett
University of Nottingham
Timothy O'Farrell
University of Sheffield
mojan omidvar
Queen Mary university of london
Victor Pacheco-Peña
School of Mathematics Statistics and Physics, Newcastle University
Claudio Paoloni
Lancaster University
Daniel Paterson
University of Leeds
Stephan Paul
Federal University of Santa Catarina
Timothy Pelham
University of Bristol
Sendy Phang
University of Nottingham
Henry Putley
Imperial College London
Mostafa Ranjbar
University of Strathclyde
Joseph Riley
Newcastle university
Nick Rimmer
Telegraph Materials
Norbert Sagnard
Queen's University Belfast
Roy Sambles
University of Exeter
David Sargeant
Chelton
Benjamin Scott
University of Exeter
Saleem Shaik
IIT Kanpur
michael sloan
Technical Composite Systems Ltd
Alf Smith
Centre for Process Innovation
Michael Smith
University of Cambridge
Jonathon Smith
University of Exeter
Jasmin Stein
TWI. Ltd
Ravi Sundaram
Oxford Instruments Plasma Technology
Oleksiy Sydoruk
Imperial College London
Hamdi Torun
Northumbria University
Masood Ur Rehman
University of Glasgow
Benjamin Vial
Queen Mary University of London
Mahmoud Wagih
University of Glasgow
Marcus Walden
Plextek
John Ware
Leonardo UK
Thomas Whittaker
Loughborough University
Will Whittow
Loughborough University
Roger Wise
Ultrawise innovation Ltd
Okan Yurduseven
Queen's University Belfast
Dmitry Zelenchuk
Queen's University of Belfast
Jinyao Zhang
University of Liverpool
Jiafeng Zhou
University of Liverpool
Frank Zhou
university of Warwick