Microscopic magnetic systems for RF applications
In today’s fast-paced world, efficient RF signal processing is key to modern communication and radar technologies, enabling high-speed data transmission and precise sensing. As demand rises for faster, more adaptive, and scalable systems, the need for new physical platforms is becoming increasingly critical—a challenge that microscopic magnetic systems address by enabling highly tunable and compact RF components.
General information
- Location: Room 013 (1st floor), Hans-Piloty-Str. 1, 85748 Garching bei München
- Date: May 5th 2026
- Time: 1:00 pm to 5:00 pm
Participation is free. Please register via email to RFmagnetics@projects.rptu.de
Contributions
- Philipp Pirro (M&MEMS) | Tunable magnonic RF phase shifter
- Riccardo Bertacco (M&MEMS) | Piezo-Magnonic tunable RF devices
- Martin Hempel (SPIDER) | Hybrid Packaging Approaches for Complex Systems
- Matthieu Bailleul (PEPR-SWING) | Magnetoresistive conversion of spin-waves
- Helmut Schultheiß (NIMFEIA) | AI Computing with Magnon integrated on 22FDX®
- Edoardo Albisetti (B3YOND) | Direct-write spin-wave devices
- Andrii Chumak (5G-Spin) | Direct and inverse designs for low-loss RF devices






