Singularities ubiquitously exist in different fields and play a pivotal role in probing the
fundamental laws of physics and developing highly sensitive sensors. Nevertheless …

The synchronization phenomenon in nature has been utilized in sensing and timekeeping
fields due to its numerous advantages, including amplitude and frequency stabilization …

This work demonstrates for the first time a true random number generator (TRNG) based on
an internal resonating (IR) micromechanical resonator. In particular, the resonator launches …

Synchronization, as a typical nonlinear phenomenon, has been widely observed and
harnessed in various natural and engineered systems. However, the limited synchronization …

One of the most interesting nonlinear phenomena of mode coupling is internal resonances,
which can promote directed energy transfer from one eigenmode to another, even at small …

Phononic frequency combs (PFCs) represent an emerging attractive nonlinear vibrational
phenomenon characterized by equidistant spectral lines. Despite the extensive …

This work demonstrates a nonlinear micromechanical resonator for true random number
generation through constructive utilization of internal resonance (IR). Specifically, the IR …

In this paper, we investigate the generation of frequency combs, dense equidistant spectral
lines, in a MEMS device featuring a 2: 1 internal resonance. We have observed the …