Shelby Hall Graduate Research Forum Posters
Files
Download Full Poster (344 KB)
Description
Reconfigurable millimeter-wave (mmWave)-metasurfaces are becoming increasingly popular in the adaptive wireless link domain. This poster demonstrates a memristor-integrated metamaterial unit cell designed to work at 28 GHz. The memristor device is incorporated across the gap between the complementary split-ring resonator (CSRR).
Memristor loaded metamaterial cell can be used in several applications of mmWavedevices: (i)reconfigurable intelligent surfaces (RIS) beam steering and coverage control in 5G/6G systems, (ii) switchable frequency-selective surfaces (FSS), (iii) tunable absorbers and radar cross-section (RCS) surfaces, (iv) reconfigurable superstrates for antenna operation and (v) switchable reflective “backplane” to change gain/directivity in particular band. These findings suggest that this type of memristor-controlled meta-unit cell has a promising path towards the implementation of low-power and programmable metasurfaces in mmWave bands.
Publication Date
3-2026
Department
Electrical & Computer Engineering
Disciplines
Engineering
Recommended Citation
Kundu, Palash, "Memristor-Loaded Complementary Split-Ring MetasurfaceUnit Cell for Non-Volatile On-Off reconfiguration at mmWave" (2026). Shelby Hall Graduate Research Forum Posters. 56.
https://jagworks.southalabama.edu/southalabama-shgrf-posters/56