Chirality in micro-and nanophotonic structures is crucial for both fundamental research and
applied technology. Here, we experimentally demonstrate chiral absorption via …

We present an alternative approach to force sensing with optomechanical systems. The
operation is based on a nonlinear dynamical mechanism, which locks the mechanical …

The light manipulation beyond the diffraction limit plays an invaluable role in modern
physics and nanophotonics. In this work, we have demonstrated a strong coupling with a …

Ground-state cooling of the mechanical degree of freedom is a fundamental requirement for
quantum state transfer between relevant optical and mechanical systems. Here, we fabricate …

An optical frequency comb, as a spectrum made of discrete and equally spaced spectral
lines, is a light source with essential applications in modern technology. Cavity …

The thin-film planar cavity implanted in the M o ̈ ssbauer nuclei has been developed as a
powerful platform to study the light-matter interaction in the x-ray band. Herein the …

A detector with both broad operation range and high sensitivity is desirable in the
measurement of weak periodic forces. Based on a nonlinear dynamical mechanism of …

We propose a scheme to generate robust optomechanical entanglement, ie, the
entanglement between a mechanical and an optical modes. This scheme is based on a …

We explore the prospects of phase-modulated optical nonreciprocity and enhanced ground-
state cooling of a mechanical resonator for the reversed-dissipation system, where the …

Dissipative couplings between solid-cavity optomechanical oscillators provide an underlying
mechanism for many physical phenomena, such as level attraction, non-Hermitian parity …