Plasma behavior in magnetic fields

Plasma, a state of matter made of charged particles, responds strongly to magnetic fields because its particles are electrically charged. When exposed to a magnetic field, the particles spiral along the field lines, which can influence their movement and confinement. This behavior is fundamental in applications like magnetic confinement fusion or spacecraft propulsion, where magnetic fields control plasma's shape and stability. Essentially, magnetic fields can steer, contain, or alter plasma dynamics by interacting with the charged particles, making plasma behavior in magnetic fields a key aspect of many advanced technologies.