Nonlinear mode coupling phenomena are prevalent in a wide range of dynamic systems,
offering intriguing insights into the rich complexities of vibrational behavior. Internal …

The dynamic model for perturbative longitudinal vibration of microresonators subjected to
the parallel-plate electrostatic force, which can be converted into a cubic oscillator with …

This work considers the response of an array of oscillators, each with cubic nonlinear
stiffness, in the presence of global reactive and dissipative coupling. The interplay between …

In this article, combining adsorption expansion and mode localization within the linear
region, a double sensitivity amplification scheme is proposed for the first time. The gas …

For the first time, a resonant pressure microsensor based on parametric pump is presented
in this paper. An additional parametric pump signal is applied to the double-clamped beam …

Bifurcation topology transfer phenomena in the presence of mode localization are
investigated using double-ended fixed electrostatically coupled tuning fork resonators. An …

Physical models often contain unknown functions and relations. In order to gain more
insights into the nature of physical processes, these unknown functions have to be identified …

Nonlinear interaction of flexural and torsional modes is experimentally studied in a
cantileverlike nanomechanical resonator. The resonant frequency of each mode depends …

Spin‐spin interactions play an important role in quantum computing and quantum metrology.
Here a simple scheme is proposed to control the induced spin‐spin interactions in a spin …