… to conceive always more complex molecular objects, chemists have also been for a long
time interested in designing and synthesizing artificial molecular systems capable of precise …

… renderings of the macroscopic machines we experience in our daily lives — rotors, gears
and cranks, for example 3 . However, the inspiration for many AMMs is not from macroscopic …

… aspects of light-driven artificial molecular motors with the aid of … The black arrows indicate
the relative movement of the rotor (… rotor (blue) and stator (red) portions of the motor molecule …

… molecular rotors … molecular rotor (eg, compound 13 in Figure 20a) (224) has a piano-stool
structure with a stator designed to be grafted on a surface, a Ru(II) ion as the hinge, and a rotor …

… In the macrocyclic species 16 (Figure 12) the passive rotor is a biaryl unit directly linked to …
paddle of the rotor is functionalized off-axis with respect to the rotation axis of the rotor itself. It …

… to harness molecular motion and, so, they have set artificial molecular motors and switches
… molecular world by aiming at the design of autonomous, and sometimes adaptive, molecular …

… Thus far, molecular motors with two rotors have been … where communication between the
rotors occurs. An unprecedented … the stage for more advanced artificial molecular machines. …

… of artificial molecular systems including molecular assemblers, walkers, and pumps. In this
Review, we focus on a fascinating class of artificial molecular … -bond molecular rotors whose …

… Efforts have been made to build artificial molecular motors by mimicking these ratchet
mechanisms; however, the complexity and design of the biological rotors are stochastic and event-…

… of single-molecule techniques and artificial molecular machinery, … -molecule techniques can
inform the designs of molecular … (c) Molecular motor consisting of a chiral NHC-based rotor …