We report experimental evidence of explosive synchronization in coupled chemo-
mechanical systems, namely in mercury beating-heart (MBH) oscillators. Connecting four …

Chemomechanical effects are known to initiate fluid oscillations in certain liquid metals;
however, they typically produce an irregular motion that is difficult to deactivate or control …

We report experiments on an active camphor rotor. A camphor rotor is prepared by infusing
camphor on a regular rectangular paper strip. It performs self-propelled motion at the air …

The heart beating phenomenon of room temperature liquid metal (LM) mercury has attracted
much attention in the past years, but its research and application are limited because of the …

The enormous amount of data generated nowadays worldwide is increasingly triggering the
search for unconventional and more efficient ways of processing and classifying information …

We report various modes of synchrony observed for a population of two, three and four
pentanol drops in a rectangular channel at the air–water interface. Initially, the autonomous …

We present experiments on multiple pinned self-propelled camphor ribbons, which is a
rectangular piece of paper with camphor infused in its matrix. Experiments were performed …

Experiments on interacting pinned self-propelled rotators are presented. The rotators are
made from paper with camphor infused in its matrix. The ribbons rotate due to Marangoni …

We have studied, experimentally, the collective behavior of the electrically coupled
autonomous Mercury Beating Heart (MBH) systems exhibiting the breathing mode, by …

Abstract The Mercury Beating Heart (MBH) system, an intriguing chemo-mechanical
oscillator, holds significance in experimental nonlinear dynamics. This system features a …