Congratulations to Hua Wang and Basem Abdelaziz Abdelmagid on being selected as one of the 2025 Top-10 Key Achievements by the Smart Networks and Services Joint Undertaking (SNS JU)! 👏

Our paper, "Active and Integrated Electronic Metadevices for Future Telecommunication Circuits", led by Prof. Mohammad Samizadeh Nikoo, is now published in Communications Engineering!

Big congrats to Mohamed Eleraky for winning the IEEE MTT-S Graduate Fellowship 2025! His exceptional work in microwave engineering has earned him this prestigious honor.

We are thrilled to launch Project ULTRA ( https://t.co/27rG2Ctltn) in collaboration with Professor Christoph Studer at ETH Zurich and Professor Ali Niknejad at UC Berkeley. This project will address critical challenges in the design and operation of large-scale phased arrays.

🎉 Exciting news! Our established researcher Dr. Andrea Ruffino has been appointed as the Co-Chair of the Emerging Technology Sub-Committee for the 2025 IEEE CICC TPC. Congratulations Andrea! 👏 #IEEE #EmergingTechnology #CICC2025 https://t.co/Jws4UI5n6T

A paper by Basem Abdelaziz titled "A Compact 48-63 GHz 3-dB Transformer-Based Quadrature Coupler with Arbitrary Transformer Coupling Coefficient in 22-nm CMOS FDSOI" has been accepted for publication in IEEE Microwave and Wireless Technology Letters.

We are happy to announce that a paper authored by Zhikai Huang titled "A CMOS-Compatible and Actuatable 3D- Microcage Array with Shape-Memory for On-Chip Dynamic Cell Interfacing" has been accepted for presentation at the IEEE BioCAS Conference 2024. https://t.co/jwobZxvZn1

We just posted the 9th version of our PA Survey. This version 9 dataset contains total 5073 data points with 1751 data points for CMOS, SiGe PAs and 3066 data points for GaN, GaAs, InP, and LDMOS PAs as well data points from other technologies. https://t.co/Z9QVNCQEBo

We are pleased to announce that Dr. Andrea Ruffino joined our IDEAS Group, bringing expertise in Microsystems, Microelectronics, and Quantum Computing. We eagerly anticipate the collaborative research and advancements that Dr. Ruffino will contribute to our team. Welcome, Andrea!

We are happy to announce that two papers authored by Hangxing Liu have been accepted for presentation at the 2024 IEEE Symposium on VLSI Technology & Circuits. https://t.co/Odnuk4kRzh

We are happy to announce that four papers authored by members of our IDEAS Group have been accepted for presentation at the IEEE MTT-S International Microwave Symposium (IMS) 2024

We just published the third version of our Phased Array Survey. This document collects the published silicon phased arrays from 2010 to present, focusing on arrays carrier frequencies from 10GHz to 700 GHz in commercially available technologies. https://t.co/y1Upiq3t8x

Unlock Customized Biosensor Advancements with IDEAS. Our in-house post-processing technologies empower tailored electrode construction, metallization, passivation, and surface molecular functionalization directly on biosensors and bioelectronics IC chips.

We seek exceptional applicants in all the three areas of our research: Wireless Integrated Circuits and Systems, Integrated Bioelectronics and Biosensors, and Emerging Technologies. The application deadline is 15/12/2023. The starting time of the Direct Doctorate PhDs is 09/24.

Are you interested in pursuing a PhD degree with us? The IDEAS Group at ETH Zurich welcomes motivated individuals to become part of our vibrant and fast-​growing research community.

D-​ITET at @ETH has introduced the Direct Doctorate Programme. This new programme allows applicants with only a Bachelor's degree to apply for PhD positions, unlike the general PhD recruiting process that requires the applicant to have a Master's degree https://t.co/8o7xt6gyyg

📢 We are pleased to announce that three papers from the IDEAS group have been accepted for presentation at the upcoming 2024 International Solid-State Circuits Conference @ieee_isscc. #IDEASGroup #ISSCC2024 #IntegratedCircuits #innovation https://t.co/YlM48evhiT

We are hiring ! Two PhD positions in the field of integrated RF/Mm-​Wave circuits and systems for next-​generation communication and sensing, such as 5G/6G, Space Electronics, Radar, and Imaging are open for applications. https://t.co/6egrc5MYGF

Please check this paper out at

In this paper, we present a theoretical framework showing the underlying RF field-driven mechanisms in electronic metadevices, which leads to a good understanding of their operation principles and sets the stage for the future research in this emerging technology direction.