Explore the magnetic field produced by a pair of anti-Helmholtz coils, where currents flow in opposite directions. This configuration creates a zero magnetic field at the center and a strong magnetic field gradient along the axis.
Adjust parameters such as current, coil radius, and separation to observe how the magnetic field changes in space and how the gradient varies along the axis.
This setup is widely used in advanced physics applications such as magnetic trapping and magneto-optical traps (MOTs).
Ideal for Class 12 and undergraduate students exploring magnetic field configurations and field gradients.