The initial step has been taken. Just a few months ago, I wasn't even a member of #ieee. Special thanks to my colleagues Vincent Fusco, George Karagiannidis @geokarag and Trung Q. Duong; their support has made this achievement possible.
📡 Just presented at IEEE Sensors 2023!
Delighted to share my research on the design of practical low-profile #SuperDirectiveAntennas without phase shifters, attenuators, or amplifiers! This innovative approach simplifies long-range wireless sensing and power transfer. @CWI_QUB
Can you switch off lights using light? If a coherent absorber is what you have thought, then I can tell you that you could have one of those by using your home inkjet printer. Please, check out our recently published work
@CWI_QUB
https://t.co/4jEctWEXIx
Our new work deals with Electromagnetic Wave Manipulation:from absorption surfaces for Energy Harvesting and Wireless Power Transfer to Wave-Chaotic Surfaces for Compressive Sensing and Direction of Arrival Estimation
@CWI_QUB@Sensors_MDPI@MDPIOpenAccess
https://t.co/yepI8W28Qc
Dear Colleagues,
I am pleased to inform you about this upcoming special issue entitled "Wireless Sensing and Intelligent Reflective Surfaces", published by @Sensors_MDPI.
The submission deadline is
31 August, 2021.
The call-for-papers can be found here: https://t.co/Takq4vBi5m
A new bi‑functional, #Millimeter‑wave #Antenna for uni‑/multi-cast and #OAM communication is presented in our recently published work: for more details please see
https://t.co/9iaPCOhI12
@CWI_QUB
PhD opportunities:
four PhD positions on Intelligent #Metasurfaces and Energy Autonomous #IoT devices are available for highly motivated graduate students.
More details can be found here:
https://t.co/KXVy6tnc9W
Finally a high efficiency RF #energy harvester for #IoT embedded #sensor nodes has been designed - by our #researchers - check it out: https://t.co/jKfKOlv0gg
A time-varying #intelligent#metasurface can steer the reflected power to a specific direction by simple #timedelay adjustment across the reflection coefficients. Please check our latest paper in #IEEE#OJCOMS with Dr Yurduseven and Prof Matthaiou https://t.co/GXAuUI026S @CWI_QUB
Is it possible to develop through conventional inkjet-printing technology a flexible, ultra wide-band, wide-angle and polarization insensitive #electromagnetic#absorber? Please check our new work here https://t.co/hOAcKIWlrS co-authored with Prof Vince Fusco @CWI_QUB
Our recent work on RF Energy Harvesting by using efficient and sensitive Electrically Small Rectennas is now available here https://t.co/wiGjnwNJl7 Co-authored with Vincent Fusco, Apostolos Georgiadis and Theodoros Samaras @ECIT_QUB
#energyharvesting#smallrectennas
If you want to LEARN something well, EXPLAIN it!
Here are FOUR steps of FEYNMAN technique to learn:
STEP 1: Choose a concept
STEP 2: Pretend teaching it to a child
STEP 3: Identify gaps and go back to the source material
STEP 4: Review and SIMPLIFY!
Here in @Surrey5GIC with Prof Pei Xiao of @UniOfSurrey and Prof Vincent Fusco of @QUBelfast, @ECIT_QUB talking about beamforming techniques and secure communication by using #OAMAntennas