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- Computing and Processing
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Ruonan Han
Also published under:R. Han, Han Ruonan, Rounan Han
Affiliation
Research Laboratory of Electronics, Massachusetts Institute of Technology, Cambridge, MA
Electrical Engineering and Computer Science, Massachusetts Institute of Technology, Cambridge, MA
Electrical Engineering and Computer Science, Massachusetts Institute of Technology, Cambridge, MA
Topic
Patch Antenna,Antenna Array,Insertion Loss,Noise Figure,Output Power,Radar Images,Radiation Pattern,Angular Resolution,Carrier Frequency,Color Centers,Cryogenic Temperatures,DC Power,Input Power,Matching Network,Metal Layer,Noise Equivalent Power,Orbital Angular Momentum,Orbital Angular Momentum Modes,Patch Edge,Phase Noise,Power Amplifier,65-nm CMOS,Allan Deviation,Antenna Gain,Axial Ratio,Beamforming,Circular Array,Circularly Polarized,Cross-polarization,Divergence Time,Doherty Power Amplifier,Duplex Structure,Duplexing,Electron Spin,Equivalent Impedance,Flicker Noise,Hardware Architecture,Linearly Polarized,Lock-in Amplifier,Low Power,Low-noise Amplifier,Magnetic Field,Metal Layer Thickness,Metasurface,Mm-wave Frequencies,Narrow Beam,Negative Capacitance,Nitrogen-vacancy Centers,Nuclear Spin,Optical Axis,
Biography
Ruonan Han is an associate professor in the Department of Electrical and Computer Science of MIT. His research focuses on terahertz integrated circuits and systems for non-invasive sensing, frequency metrology, and broadband communications. In 2017, he received the NSF CAREER Award.