Our research on fundamental limits and analytical study of issues pertain to integrated circuits and sensors. We continue to be interested in a deep understanding the underlying fundamental limitation to the performance of integrated circuits, which has enabled us to come up with non-trivial disruptive solutions, topologies and architectures.
Proximal-Field Radiation Sensors for Millimeter-Wave Integrated Radiators
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A Low Power PWM Optical Phased Array Transmitter with 16° Field-of-View and 0.8° Beamwidth
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Proximal-Field Radiation Sensors
Analysis of a Balanced Analog Multiplier for an Arbitrary Number of Signed Inputs
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Designing Optimal Surface Currents for Efficient On-Chip mm-Wave Radiators With Active Circuitry
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Upper and Lower Bounds on a System’s Bandwidth Based on its Zero-Value Time Constants
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Dynamic Polarization Control of Two-Dimensional Integrated Phased Arrays
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Differential Optical Ring Modulator: Breaking the Bandwidth/Quality-factor Trade-off
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Mutual Synchronization for Power Generation and Beam-Steering in CMOS With On-Chip Sense Antennas Near 200 GHz
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A handheld magnetic sensing platform for antigen and nucleic acid detection
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Design and Implementation of an Integrated Magnetic Spectrometer for Multiplexed Biosensing
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An Integrated Magnetic Spectrometer for Multiplexed Biosensing
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A 0.28 THz Power-Generation and Beam-Steering Array in CMOS Based on Distributed Active Radiators
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A Wide-Swing Low-Noise Transconductance Amplifier and the Enabling of Large-Signal Handling Direct-Conversion Receivers
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