Nanomotors with active motion have recently attracted wide attention. Researchers have
developed a series of nanomotors with different architectures and propulsion mechanisms …

Hypothesis In a number of applications related to chemical engineering and drug delivery,
magnetic nanoparticles should move through a liquid–liquid interface in the presence of …

External stimuli can trigger changes in temperature, concentration, and momentum between
micromotors and the medium, causing their propulsion and enabling them to perform …

The advancement of imaging systems has significantly ameliorated various technologies,
including Intelligence Surveillance Reconnaissance Systems and Guidance Systems, by …

Wastewater pollution with organic compounds poses a serious threat to human health. One
of the possible methods for solving these problems can be the use of micro/nanomotors …

Colloidal micromotors are important candidates for a wide spectrum of applications, ranging
from medicine to environmental remediation. Thus far, the propulsion force determination …

Magnetic motors can transform the energy of an external magnetic field into the kinetic
energy of their motion. When moving collectively in a microchannel, the motors interact not …

Hypothesis The problem of the development of miniature motors able to move on the air–
liquid interface at low Reynolds numbers is a crucial challenge due to dominating role of …

A dielectric microsphere concentrates light into a photonic nanojet (PNJ), and swims
towards the near-infrared laser in response to the nanojet-mediated force. In contrast, a …

The movement of catalytic micromotors is often accompanied by gas generation. Currently,
the prevailing view is that bubbles play a significant role in their movement. Analyzing the …