Boston Dynamics

A control system for robotic actuators that uses fractional calculus to achieve smoother, more natural movement by modeling the inherent memory of physical materials.

Why it helps: Improving the fluidly and stability of humanoid movement requires better modeling of the time-dependent effects of physical actuators.

A specialized search and synthesis tool that maps theoretical materials science breakthroughs directly to mechanical system design applications.

Why it helps: They require cutting-edge materials to improve the durability and efficiency of robotic actuators and frames.