Significats de wave equation en anglès

The wave equation is a mathematical way to describe how that energy flows.

This was Schrödinger's motivation for developing his matter- wave equation.

A moment ago, I said that Schrödinger "guessed" the form of the matter- wave equation.

The fundamental wave equation for the "motion" of quantum objects.

The wave equation started off describing movement of physical stuff but it is much more powerful than that.

The wave equation had a long genesis, with scientists from many fields circling around its mathematics across the centuries.

His celebrated " wave equation" developed in the 1920s was one of the greatest advances in modern science.

Less than a year later Schrödinger introduced his matter- wave equation to account for the interactions of electrons inside the atom.

The one-dimensional wave equation (pictured) describes how much any material is displaced, over time, as the wave proceeds.

The wave equation has also proved useful in understanding one of the strangest, but most important, physical ideas in the past century: quantum mechanics.

A simple analysis of the experimental results using coupled- wave equations revealed that the atomically-thin graphene sheets enhanced the nonlinearity of silicon waveguides up to ten-fold.