Working Groups (WG)
WG1 – Higher-symmetric waves: dispersive engineering
We aim at relating dispersive properties of artificial materials with relevant symmetries and explain them in terms of degenerate points and symmetry properties of the modal fields. Different symmetry conditions can provide different polarizations, anisotropic or non-reciprocal effects. We want to investigate the possibility to engineer desired frequency dispersions by introducing suitable symmetric/asymmetric conditions.
Tiago Morgado, Instituto de Telecomunicações and University of Coimbra, Portugal, email@example.com
Simon Horsley, University of Exeter, United Kingdom, S.Horsley@exeter.ac.uk
WG2 – Higher-symmetries to design radiating devices
We manage the activities related to the design, the optimization, the fabrication and the measurement of radiating devices based on higher-symmetric metamaterials or metasurfaces. The main investigations focus on several kinds of antennas, such as holographic antennas, graded-index metasurfaces, conformal antennas, and many others.
Eva Rajo-Iglesias, Universidad Carlos III de Madrid, Spain, firstname.lastname@example.org
Marco Antoniades, University of Cyprus, Cyprus, email@example.com
WG3 – Higher-symmetries for guided-wave components
We work on applications of higher-symmetric structures that guide confined waves. The relevant applications will be frequency- or spectral-domain filters, EBG materials, guided-wave lenses, modified waveguides, or metamaterial elements to be embedded in antenna devices.
Marta Martínez Vázquez, IMST GmbH, Germany, firstname.lastname@example.org
Pablo Padilla, Universidad de Granada, Spain, email@example.com
WG4 – Modelling of higher-symmetries
We study fast and accurate modelling tools to i) predict the behaviour of higher-symmetric structures and ii) optimize final prototypes. Several problems need to be adressed, such as the presence of a large number of details at different scales and strong coupling among the scatterers in the lattice.
Francesca Vipiana, Politecnico di Torino, firstname.lastname@example.org
Raul Rodriguez-Berral, Universidad de Sevilla, email@example.com
Transversal Activities (TA)
TA1 – Space Sciences
Higher-symmetry metamaterial lenses can bring great advantages for satellite communications, whose frequencies are shifting higher in the millimetre-wave spectrum, as well as for telescopes in radio astronomy, providing multi-beam discrimination of different directions in the sky associated with a given pixel in bolometric detectors.
Eloy De Lera Acedo, Cambridge, United Kingdom, firstname.lastname@example.org
Herve Legay, Thales Alenia Space, France, email@example.com
TA2 – 5G Communications
In the approaching internet-of-things (IoT) revolution, higher data rates and shared platforms require new approaches to device technologies. Higher-symmetries offer larger bandwidth, reduced losses, compact and low-cost designs.
Astrid Algaba Brazalez, Ericsson, Sweden, firstname.lastname@example.org
Joana Silva, Huber & Suhner, Switzerland, email@example.com
TA3 – Medical applications
Compact solutions providing a large bandwidth and reduced losses can be useful for a wide class of devices for health applications such as medical imaging.
Tuba Yilmaz Abdolsaheb, Instanbul Technical University, firstname.lastname@example.org
Stavros Koulouridis, University of Patras, Greece, email@example.com