| 词条 | Robophysics |
| 释义 |
Robophysics is an emerging scientific field to understand the physical principles of how robots move in the complex real world, analogous to biophysics to understand the motions of biological systems.[1] This emerging area has demonstrated the need for a physics of robotics and reveal interesting problems at the interface of nonlinear dynamics, soft matter, control and biology. References1. ^{{Cite journal | title=A review on locomotion robophysics: The study of movement at the intersection of robotics, soft matter and dynamical systems | first1=Jeff | last1=Aguilar | first2=Tingnan | last2=Zhang | first3=Feifei | last3=Qian | first4= Mark | last4=Kingsbury | first5=Ben | last5=McInroe | first6=Nicole | last6=Mazouch | first7=Chen | last7=Li | first8=Ryan D. | last8=Maladen | first9=Chaohui | last9=Gong | first10=Matthew | last10=Travers | first11=Ross L. | last11=Hatton | first12=Howie | last12=Choset | first13=Paul B. | last13=Umbanhowar | first14=Daniel I. | last14=Goldman |journal=Reports on Progress in Physics | volume=79| issue= | year=2016 | pages=110001 | url= | accessdate= | doi= | pmid=| arxiv= | bibcode= }} {{physics-stub}}{{robotics-stub}} 2 : Terrestrial locomotion|Robot locomotion |
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