Dielectrically Transduced Single-Ended to Differential MEMS Filter. - Dana Weinstein; Hengky Chandrahalim; Lih Feng Cheow; Sunil A. Bhave (ISSCC, 2006)

Solid state RF MEMS resonators in standard CMOS. - Bichoy Bahr; Radhika Atul Marathe; Wentao Wang 008; Dana Weinstein (ESSCIRC, 2013)

16.8 1GHz GaN-MMIC monolithically integrated MEMS-based oscillators. - Bichoy W. Bahr; Laura C. Popa; Dana Weinstein (ISSCC, 2015)

Shape optimization of solid-air porous phononic crystal slabs with widest full 3D bandgap for in-plane acoustic waves. - Luca D'Alessandro; Bichoy Bahr; Luca Daniel; Dana Weinstein; Raffaele Ardito (J. Comput. Phys., 2017)

32GHz resonant-fin transistors in 14nm FinFET technology. - Bichoy Bahr; Yanbo He; Zoran Krivokapic; Srinivasa Banna; Dana Weinstein (ISSCC, 2018)

Threshold Color Sensing Using Coupled Oscillator Networks. - Conor S. Pyles; Nikhil Bajaj; Jeffrey F. Rhoads; Dana Weinstein; D. Dane Quinn (IEEE SENSORS, 2019)

Analysis and Design Considerations for Achieving the Fundamental Limits of Phase Noise in mmWave Oscillators With On-Chip MEMS Resonator. - Abhishek Srivastava 002; Baibhab Chatterjee; Udit Rawat; Yanbo He; Dana Weinstein; Shreyas Sen (IEEE Trans. Circuits Syst. II Express Briefs, 2021)

Record RF Performance of Ultra-thin Indium Oxide Transistors with Buried-gate Structure. - Adam Charnas; Jackson Anderson; Jie Zhang; Dongqi Zheng; Dana Weinstein; Peide D. Ye (DRC, 2022)

A Low Phase Noise 30 GHz Oscillator Topology for Resonant-Fin-Transistors Based High-Q On-chip Resonators in 14 nm Technology. - Abhishek Srivastava 002; Baibhab Chatterjee; Dana Weinstein; Shreyas Sen (VLSID, 2022)

Data for Super-High-Frequency Low-Loss Sezawa Mode SAW Devices in a GaN/SiC Platform. - Imtiaz Ahmed 005; Udit Rawat; Jr-Tai Chen; Dana Weinstein (IEEE DataPort, 2022)

Ultrathin Atomic-Layer-Deposited In2O3 Radio-Frequency Transistors with Record High fT of 36 GHz and BEOL Compatibility. - Dongqi Zheng; Adam Charnas; Jian-Yu Lin; Jackson Anderson; Dana Weinstein; Peide D. Ye (VLSI Technology and Circuits, 2023)