When currents in wires run parallel, the wires attract due to the magnetic fields from the currents and the Lorentz force. The currents can also be ... Original construction: two 16.5" lengths of 20 ...

The sum of these two forces creates a force that we call the Lorentz force. This concept allows almost all modern electronics to function; speakers, computers, and even railguns all utilize the ...

Named after the Nobel laureate, this force is that ... heat caused by winding I 2 R losses. Another concern is that off-the-shelf amplifiers may not be suitable for Lorentz force motors owing ...

A magnetic field exerts a force on particles known as the Lorentz force ... When a conducting wire is moved in a magnetic field, the field induces a current in the wire. Conversely, a magnetic ...

This will create a magnetic field, and other wires with electric current will experience a magnetic force. Imagine you have two parallel wires carrying electric current in the same direction.

In contrast, for metamaterials, there are only two models: Drude model for infinitely long wires, and Lorentz model for resonant structures (e.g., short metallic wires and split-ring resonators ...

The design is built around a Lorentz-force actuator — a small, powerful magnet surrounded by a coil of wire attached to a ... waveforms generally consist of two distinct phases — an initial ...

We find that the Lorentz-force back-action can be so large that ... The lowest mode exhibits in-phase motion of the two arms, but is still detectable due to some arm asymmetry.