This pattern of findings suggests that the response within left PMC might relate to participants' overall ability to physically reproduce a movement acquired after 4 days of training (whether in the physical or observational domain), but future work with larger sample sizes will be required to replicate this result and validate this hypothesis.
And will robots overcome their inability to physically reproduce by finding a way of replicating their components into newer models?
Moreover, a portion of the left PMC was particularly sensitive to the layering of experience, as the strength of signal within this region positively correlated with participants' ability to physically reproduce an observed action.
We show that the printed porous media were highly reproducible and had excellent fidelity in physically reproducing computer-aided design models, with differences between designed and experimentally measured particle locations within ±0.5%, and within 1.3% in terms of bed porosity.
However, by physically reproducing many macro-scale phenomena in fluid flow and fluidization on micro-scales even below the traditional continuum limit, pseudo-particle modeling (PPM, Ge and Li (Proceedings of the Fifth International Conference on Circulating Fluidized Bed, Beijing, China, Science Press, Beijing, 1996) has suggested the possibility of a more straightforward and penetrating way.
Since it is physically impossible to reproduce accelerations as they are in real life using the simulator, it is fundamental to use a washout filter and properly tune it.
Since it is physically impossible to reproduce accelerations as they are in real life using the simulator, a washout filter is used, which aims to recreate riding accelerations and angular velocities by using the acceleration and the angular velocity of the simulator (inertial effect) and the acceleration of gravity (gravitational effect).
When a female dog reaches maturity, and is physically ready to reproduce, her estrogen levels increase, initiating the release of eggs from her ovaries.
This comparison demonstrates the capability of the models used to reproduce a physically realistic feature with acceptable tolerance.
Remarkably, the hypergutter framework, although depending on just a few physically meaningful parameters, can reproduce all the types of experimentally observed curvature in chevron plots for realizations of this fold.
Once a Bryozoa settles on a hard substance, after its larval phase, it is physically capable of reproducing asexually through budding.
