For a long time, scientists have been searching for a single theory that connects all the forces of nature. A new geometric ...

In 1862, James Clerk Maxwell published his famous Maxwell’s equations. This was at a time when humans were just starting to play around with batteries and electric currents. The first two of these ...

Displacement current and the generalized Ampere’s Law. Time-dependent Maxwell’s equations. Electric and magnetic field boundary conditions. Week 8 Application of the time-dependent Maxwell’s curl ...

And all these little dust grains have little magnetic fields associated with them, because all the grains are made of electric charges and they're spinning around themselves. When light from distant ...

In the classical theory of electromagnetism, Maxwell's equations governing electric and magnetic fields are linear partial differential equations. In our approach, optimal metrics are required to ...

“The electric and magnetic fields at a material’s atomic level determine its bulk properties and behavior, and are an essential area of research,” says Toshiaki Tanigaki, a senior researcher ...

The Lorentz force, jxB, and energy deposition, j∙E, are included in the Euler equations as source terms to the ... Therefore, an important task in designing PFE is tailoring the electric and magnetic ...

And all these little dust grains have little magnetic fields associated with them, because all the grains are made of electric charges and they're spinning around themselves. When light from ...