A bi-stable mechanism capable of generating non-reciprocal motion is presented.
By optimizing the mechanisms topology, and thus the potential energy surface, a natural support for non-reciprocal motion is obtained.
In this work, the non-reciprocal motion is obtained by making the mechanism to continuously alternate between stable and unstable buckling modes.
The task of generating a non-reciprocal motion in an efficient manner, often involves several actuators, sensors, and closed loop control.
This mechanism can potentially serve as a multi-stable actuator or as a robotic limb where non-reciprocal motions are preferred.
This study investigated the mu activity, localization of its sources and functional connectivity, which was induced while watching reciprocal social interactive motion across various degrees of complexity.
Further, we hypothesized that reciprocal mechanisms set in motion a detrimental vicious circle in which withdrawal coping and increases in psychological symptoms could not only influence but also could be influenced by poor glycemic control (1).
The way you'll know if are a worthy receiver is that, irrespective of what is being given, a wave of gratitude, which is the natural reciprocal energy of life in motion, will rise up from within and wrap itself around you.
Segmental motion through the reciprocal of the effective correlation time, 1/τc, of each carbon can be calculated from T1, measured by C HF-NMR.
