hongiddong said:Does Magnetic Field (=/need) electron spin + movement of charge?
A proton can create a magnetic field too, but does it have spins as well?
What is a spin?
hongiddong said:It is weird that the movement of charge cause this invisible field. A charge is weird too; it is a phenomena, based on our observation, that just exists as a property of nature. Physic concepts sometimes get me into an outer body state of mind... Thanks for the inputs!
Yes, having a magnetic field can affect the movement of electrons. This is because the magnetic field exerts a force on the charged particles, causing them to move in a circular path perpendicular to the direction of the magnetic field.
The presence of a magnetic field can cause the spin of electrons to align with the direction of the magnetic field. This is known as spin polarization and is used in various technologies such as magnetic storage devices.
Yes, all materials have electrons with spin. This spin is an inherent property of electrons and is responsible for many of the properties of materials such as magnetism.
The movement of charge is important in the presence of a magnetic field because it is what creates the magnetic force. Without the movement of charge, there would be no interaction between the magnetic field and the charged particles.
Yes, the strength of a magnetic field is directly related to the movement of charge and electron spin. This is because the magnetic field is created by the movement of charge, and the alignment of electron spin can also contribute to the strength of the field.