This paper presents a numerical study of the impact of process-induced variations on the
achievable motional resistance R x of 1-D, 2-D, cyclic, and cross-coupled architectures of …

Uncooled infrared thermal detectors are gaining increasing attention owing to their ability to
operate at room-temperature and their low cost. This study proposes a plasmonic …

This paper presents mechanically coupled single-crystal silicon (SCS)
microelectromechanical system (MEMS) resonators for temperature coefficient of frequency …

This work describes an analytical framework suitable for the analysis of large-scale arrays of
coupled resonators, including those which feature amplitude and phase dynamics, inherent …

This work demonstrates for the first time the use of magnetic field to couple mechanical
resonators that can be separated by long distances (8mm in this work) compared to …

This work explores the dynamics of arrays of globally and dissipatively coupled resonators.
These resonator arrays are shown to be capable of exhibiting seemingly new collective …

Resonant microsystems have found broad applicability in environmental and inertial
sensing, signal filtering and timing applications. Despite this breadth in utility, a common …

This paper investigates the vibration dynamics of a closed-chain, cross-coupled architecture
of MEMS resonators. The system presented here is electrostatically transduced and …

This paper presents a numerical study of the impact of process-induced variations on the
achievable motional resistance R x of one-dimensional, cyclic and cross-coupled …

This work describes an analytical framework suitable for the analysis of large-scale arrays of
coupled resonators, including those which feature amplitude and phase dynamics, inherent …