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There are two possibilities to accelerate particles; often this are electrons, so I will talk only about them. First you can accelerate electron straight or in a curve in an electric or magnetic field …

A charged particle in a uniform magnetic field will travel in a circular trajectory. We ... describe and calculate this with ... the Lorentz law, i.e. solving $$\textbf{F} = m\textbf{a} = q …

... consider a rotating magnetic dipole. Does the rotating dipole also generate a propagating electric field "disturbance"? To prove your working thesis you have to place a wire near your changin …

Your question is a bit strange. EM waves mostly associated with their travel in vacuum. Vacuum is not a material and by this hasn’t material properties. But where you are right, even a vacuum isn’t e …

In electrostatics, an electric field is observed after the separation of charges, e.g. between the two plates of a capacitor with an excess of electrons on one side. This is done by the help of a pote …

If a positive charge particle and negative charge particle is accelerating with same acceleration will the em waves created be identical in all aspects? Just for the record, your statement is tru …

Are you asking the question of perfect insulation around a body in a vacuum? There is no such isolation. The only thing you can do is to use insulation materials with low thermal conductivity. A goo …

A radio generator feeds the antenna rod with alternating current. This accelerates the electrons in the rod towards the end of the rod, then decelerates them, accelerates them towards the generator an …

How does the electron change its direction? Something must be responsible for the distraction from its geodesic orbit. The electron in a wire as part of an electric current collides with the subatomic …

We know that an electromagnetic wave is produced by periodically changing electric field (by an accelerating charged particle). Photons are emitted by accelerated charges. The energy of the photons …

I'm curious about does a neutron - neutron scattering (if such an experiment was carried out) is an in elastic process or is it accompanied by energy losses. Additional question: What is the energy b …

Would it be possible to create EM radiation, starting this process without photon emission from subatomic particles?

In your first sentence you mentioned charges. Electrons, protons as well as their antiparticles have permanent an electric field. This field seems not to be only an induced one during any measurement. …

Whenever someone investigates the interaction between photons and edges we interpret fringes behind an edge as manifestation of particles wave character. And at the same moment we always emphasize tha …

That in near field both fields oscillating 90° displaced is obvious since in antenna rod a lot of electrons will be accelerated and and this oscillation of electric field is escorted by alignment of e …