The origin of the idea of moving objects by acoustic vibration can be traced back to 1787,
when Ernst Chladni reported the first detailed studies on the aggregation of sand onto nodal …

The quantum and classical dynamics of the SU (2) coupled oscillator model are
systematically reviewed to provide the quantum eigenstates and stationary coherent states …

Acoustic manipulation has emerged as a promising microtarget control method with
potential applications in microchip assembly, noncontact control of chemical materials, and …

Heavy particles are traditionally believed to gather at the nodes of a resonating plate,
forming standard Chladni patterns. Here, for the first time, we experimentally show that …

Classical Chladni patterns formed by vibrations of flat plates have been studied for centuries
and are well understood. In this Letter, we show dexterous formation of unconventional …

Dynamic-field acoustic manipulation techniques benefit numerous applications in
microsystem assembly, pattern formation, biological research, tissue engineering, and lab …

A truncated basis is employed to analyze the influence of the point interaction on the
eigenvalues and eigenfunctions in quantum billiards. The point interaction is numerically …

This study deals with the problem of sound radiation by an elastically supported thin circular
plate. The plate is excited asymmetrically. In such cases, usually different approximate …

The resonant modes generated from the modern Chladni experiment are systematically
confirmed to intimately correspond to the maximum entropy states obtained from the …

As a novel control method, acoustic manipulation technology shows extraordinary talents in
culturing of tissue and cell, microchip processing and research on material chemistry, which …