The study of the origin of life and current undergoing efforts to produce artificial chemical
systems mimicking the behavior of natural living systems have emerged as a hot topic at the …

Chemical communication leading to synchronization and collective behaviour of dynamic
elements, such as cell colonies, is a widespread phenomenon with biological, physical and …

We study the impact of delayed feedbacks in the collective synchronization of ensembles of
identical and autonomous micro-oscillators. To this aim, we consider linear arrays of …

Networks of diffusively coupled inorganic oscillators, confined in nano-and
microcompartments, are effective for predicting and understanding the global dynamics of …

Conspectus Inspired by the biological world, new cross-border disciplines and technologies
have emerged. Relevant examples include systems chemistry, which offers a bottom-up …

The results of studies on the development of micro-oscillators (MOs) based on the Belousov–
Zhabotinsky (BZ) oscillatory chemical reaction are integrated and systematized. The …

We apply a novel definition of biological systems to a series of reproducible observations on
a blockchain-based distributed virtual machine (dVM). We find that such blockchain-based …

Synchronization of dynamic elements via chemical communication is a widespread
phenomenon in nature and, hence, in many scientific fields, such as in biology, physics and …

The confluence of droplet-compartmentalised chemical systems and architectures
composed of interacting droplets points towards a novel technology mimicking core features …

We have investigated the effect of global negative feedback (GNF) on the dynamics of a 1D
array of water microdroplets (MDs) filled with the reagents of the photosensitive oscillatory …