Hybrid biological robots (biobots) prepared from living cells are at the forefront of micro-
/nanomotor research due to their biocompatibility and versatility toward multiple …

Magnetotactic bacteria (MTB) are of significant fundamental and practical interest, especially
for applications such as drug delivery and general-purpose object manipulators and …

Within just a couple of decades, Maxwell's demon has gone from being one of the most
fundamental and intriguing Gedankenexperiments in physics—but one that appeared …

Magnetotactic microorganisms can be found as unicellular entities, as coccus, vibrios,
spirilla, rods and protists as well as multicellular organisms. The most studied multicellular …

Self-assembly is an important process in biological systems and also a promising avenue
toward dynamic and responsive micro-and nano-technologies. This study discusses the non …

When Carnot and Stirling initially conceptualized heat engines, temperature unambiguously
represented our everyday perception of cold and hot. However, as this energy scale is …

Magnetotactic bacteria are swimming microorganisms able to follow magnetic field lines with
the help of an organelle called the magnetosome that is made of biomineralized magnetic …

Helical-shaped magnetotactic bacteria provide a rare opportunity to precisely measure both
the translational and rotational friction coefficients of micron-sized chiral particles. The …

Flagellated magnetotactic bacteria (MTB), specifically AMB-1 bacteria, are provided as a
system of microrobots, and the heterogeneity of their hydrodynamic interactions with a solid …