The sensitivity of the resonant sensors has been proven to be enhanced by more than two
orders of magnitude using mode localization of the weakly coupled resonators as the …

In this paper, energy localization within weakly coupled nonlinear MEMS resonators has
been utilized for sensing applications. The sensitivity and the noise floor of the weakly …

In this paper, we investigate how additive noise, eg, thermomechanical noise, impacts the
resolution of mode-localized resonant sensing architectures based on two passively …

This theoretical work investigates the properties of nonlinearly operated weakly coupled
resonators (WCRs) for resonant sensing applications. We propose an analysis framework …

This article goes through the implementation of a mass sensor based on mode localization
with two coupled quartz resonators. The resonators are digitally coupled by the mean of a …

This paper is aimed at the validation of a theoretical analysis of the properties of nonlinearly-
operated weakly-coupled resonators (WCRs) for resonant sensing applications. In …

Sensor architectures based on coupled resonators are receiving increased interest from the
resonant sensing community. Certain output metrics of such sensors have an increased …

In this paper, we propose a new ratio-metric interface for amplitude-modulated MEMS
sensors based on mutually injection-locked oscillators (MILO). The two outputs are down …

Sensors employing mode localisation in weakly coupled resonators have been increasingly
viewed as an alternative to resonant frequency shift based sensing. Much theory has been …

This theoretical work investigates the properties of nonlinearly-operated weakly-coupled
resonators (WCRs) for resonant sensing applications. We propose an analysis framework …