Very advanced optical tweezers can theoretically be stronger than mechanical actuators. You can theoretically tailor a material with individual molecules kept at "waist" of beams of different wavelength. This way you can move actuator at larger accelerations and press it harder than its mechanical strength allows, because force is applied to entire volume of actuator instead of just one end.jhami said:What is the strongest actuator (that can exert a controlled amount of force & be able to start/stop linearly or rotationally) that an infinitely advanced civilization could create, and how (what object/process) would they do it? It must be non-lethal or be shielded to be non-lethal at a distance of a few cm and the size and mass must be macroscopic.
jhami said:Yes but that is with current technological limits. What is the maximum physical limit (e.g. only limited by the laws of physics) that a actuator that is human sized can have?
The maximum mechanical actuator strength allowed by physics is determined by the fundamental physical laws and principles governing the behavior of materials and forces. It is the highest amount of force that can be applied to an actuator without causing it to fail or exceed its structural limits.
The maximum mechanical actuator strength is calculated using various equations and models based on the material properties, dimensions, and design of the actuator. This calculation takes into account factors such as stress, strain, and load capacity to determine the maximum force that the actuator can withstand.
No, the maximum mechanical actuator strength is a physical limit that cannot be exceeded without causing damage or failure to the actuator. Attempting to apply a force greater than the maximum strength can result in permanent deformation, breakage, or other forms of failure.
The maximum mechanical actuator strength plays a crucial role in the overall performance and reliability of a machine. If the actuator is not strong enough to handle the required forces, it may fail and cause the machine to malfunction. Therefore, it is essential to consider the maximum strength when designing and operating machines.
Yes, the maximum mechanical actuator strength can be increased by using stronger and more durable materials, optimizing the actuator's design, and implementing proper maintenance and care. However, it is limited by the laws of physics and cannot be increased infinitely.