Nanoresonators are powerful and versatile tools promising to revolutionize a wide range of
technological areas by delivering unparalleled performance in physical, chemical, biological …

The frequency stability of nanomechanical resonators (NMRs) dictates the performance
level of many state-of-the-art sensors (eg, mass, force, temperature, radiation) that relate an …

This paper reports a precision mode-localized accelerometer operating in a higher-order
flexural mode. The accelerometer consists of two symmetric resonators coupled by a central …

We derive the displacement noise spectrum of a parametrically pumped resonator below the
onset for self-excited oscillations. We extend the fluctuation-dissipation response of a …

Miniaturized physical transducers based on weakly coupled resonators have previously
demonstrated the twin benefits of high parametric sensitivity and the first-order common …

Sensitive capacitive transduction of micromechanical resonators can contribute significant
electrical dissipation, which degrades the quality factor of the eigenmodes. We theoretically …

Micromechanical oscillators provide periodic output signals for clocks and sensors by
vibrating in a single mechanical mode. The mode is conventionally excited into self …

The working mechanism of resonant sensors is based on tracking the frequency shift in the
linear vibration range. Contrary to the conventional paradigm, in this paper, we show that by …

A bstract We explore the possibility of using superfluid helium for direct detection of sub-GeV
dark matter (DM). We discuss the relevant phenomenology resulting from the scattering of …

A compact and reconfigurable current readout system is presented that is based on
microelectromechanical system (MEMS) resonators. The proposed system generates …