Check it out here 👉 doi.org/10.1186/s116...

#Graphene #Nanoelectronics #HighFrequency #RFdesign #Research #DiscoverNano #2Dmaterials

(4/4)

Our goal is twofold: to provide deeper insight into the operating principles of GFETs in nonlinear applications such as frequency mixing, and to contribute to advancing the TRL of graphene-based high-frequency electronics.

(3/4)

In this work, we propose a systematic methodology for designing RF mixers based on a single graphene transistor (GFET). We analyze how both circuit-level design and technological parameters influence the performance of these devices.

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🚀 Excited to share our latest publication in Discover Nano:

"Comprehensive analysis and exploratory design of graphene-based subharmonic mixers operating at the gigahertz band"

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During this insightful event, Mohit presented a poster on his research, contributing to the ongoing discussions in the field of 2D materials based memristors. (2/2)

We are pleased to share that Mohit D. Ganeriwala, a postdoctoral researcher from our group at Pearl UGR, participated in the Workshop on Novel (2D) Materials and Their Applications, held in Aachen, Germany, on February 17-18, 2025. (1/2)

The proposed model succeeds in reproducing selected experimental measurements with a minimal set of physical parameters.

Check out the article in the link :
ieeexplore.ieee.org/document/108...

#2Dmaterials #vanderWaals #photodiodes
#optoelectronics #interlayerexcitons #TMD

(4/4)

Our focus is to abstract all the recent developments and advances in the theory of interlayer exciton formation, recombination and dissociation into a device-scale effective description, developing an extended van Roosbroeck system within the framework of the Drift-Diffusion(3/4)

In this work we account for the role of interlayer excitons and the band alignment in a 2-dimensional material-based van der Waals heterobilayer as the active region of a gated-diode, aiming at photovoltaic applications.
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We are happy to share our novel publication "Modeling of van der Waals-Based Photovoltaic Devices", in IEEE Journal of Electron Devices Society (J-EDS)!
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