This is part of my Notion Notebook. I hope it will be useful for other researchers and engineers
This is part of my Notion Notebook. I hope it will be useful for other researchers and engineers
mmWave for 5G, it will work! (The initial trials to experiment mmWave for 5G)
mmTag : The first backscattering network at mmWave for high data-rate and low power communication
Metasurface for mmWave
mmX: A cool IoT node at mmWave mountable on Rasbperry pi
Faster than Starlink? so you should look at mmWave SATCOM. The mmWave beamformer IC is game changing.
Probably you need information on antenna arrays. Take a look on antenna array section!
Array 101, beamforming, etc. a necessary tool to start from
If you need details, take a look on Elliot's book and definitely Mailloux's
Asking about array Noise Figure, SNR, ... Get the idea from Lee's paper
Zero-knowledge Beamforming to know alittle more about practical beamforming challenges and solutions
Time Modulated Arrays are another architecture for beamforming. It has pros and cons!
What is TMA's Noise Figure and how does it stand compared to phased array?
TMA can easily provide polarization diversity
In short, how to create new types of materials that exhibit exotic behaviours that are not found in nature!
Engheta's book: Introduces most aspects of metamaterial world. Enjoy introduction to ENZ
Marques book: practical structurs for implementing Metamaterials
Here is why I think ENZ can act as a superconductor
We used ENZ to create single layer broadband Microstrip antenna
RF in RFID: very helpful to investigate different RF aspects of RFID technology