We use the Navier-Stokes equations every day, for applications from building rockets to designing drugs. But sometimes they ...

By proving how individual molecules create the complex motion of fluids, three mathematicians have illuminated why time can’t ...

In 1905, Einstein established relativity under the condition of denying the absolute space-time valid in Newtonian mechanics. In those days, the quantum theory was also established by accepting De ...

This paper proposes new motion primitives that are time optimal and feasible for a vehicle (wheeled-mobile robot). They are parameterized by a constant acceleration and a constant deceleration in an ...

Your subjective sense of things going slowly, and then speeding up, is real. But you can also control it.

By extending the scope of a key insight behind Fermat’s Last Theorem, four mathematicians have made great strides toward ...

This paper provides concrete evidence that the expanding and accelerating Universe mathematically expressed by dark energy is ...

Artificial intelligence is advancing at a speed that’s difficult to comprehend. To describe this phenomenon, insiders have begun referencing what some call “OpenAI’s Law”—a modern parallel to Moore’s ...

This paper presents a new motion base design for creating virtual acceleration using a parallel cable-drive mechanism architecture, WARP. It has several advantages: 1) the rotational motion range is ...

Molecular dynamics is a method that uses Newton’s equations of motion to computationally simulate the time evolution of a set of interacting atoms. Such techniques are dependent on a description ...

We study exciton–plasmon coupling in two-dimensional semiconductors coupled with Ag plasmonic lattices via angle-resolved reflectance spectroscopy and by solving the equations of motion (EOM) in a ...