Ivan Gorelik said:
Yes, we are bombarded by high-energy particles all the time. Look attentively at the comparison of A and B.
So why don't we have magnetic holes here?
Merged post follows:
Ivan Gorelik said:
The energy of a ring contour is
.
It is concentrated in a magnetic field
.
Magnetic dipole moment is
.
After a simple transformation we can write the energy of magnetic field
.
We supposed that the electric current was created by the movement of the elementary charge along the circular orbit of radius
with the speed of light. (The radius
is by
times greater then the Compton radius of nucleon. Here
is the nuclear magneton.)
Let's take a single nucleon. Its rest mass consists of two parts,
- the mass of magnetic field and of the condensed mass of nucleon
:
.
The energy of a nucleon is also consists of two parts:
.
Let's "imbed" two nucleons, one in one.
Neglect polarization and related changes in the dipole moment.
The energy of dinucleon's magnetic field will increase by 4 times because of a the square over
. In the right side of the equation, we must add the energy of emitted photon, which is equal to
. It's origin: acceleration of one nucleon's magnet by another nucleon's magnet; growth of kinetic energy and the loss of condensed mass; transition of kinetic energy into the energy of the emitted radiation in the moment of nucleons collision.
.
.It is concentrated in a magnetic field
.Magnetic dipole moment is
.After a simple transformation we can write the energy of magnetic field
.We supposed that the electric current was created by the movement of the elementary charge along the circular orbit of radius
with the speed of light. (The radius
is by
times greater then the Compton radius of nucleon. Here
is the nuclear magneton.)Let's take a single nucleon. Its rest mass consists of two parts,
- the mass of magnetic field and of the condensed mass of nucleon
:
.The energy of a nucleon is also consists of two parts:
.Let's "imbed" two nucleons, one in one.
Neglect polarization and related changes in the dipole moment.
The energy of dinucleon's magnetic field will increase by 4 times because of a the square over
. In the right side of the equation, we must add the energy of emitted photon, which is equal to
. It's origin: acceleration of one nucleon's magnet by another nucleon's magnet; growth of kinetic energy and the loss of condensed mass; transition of kinetic energy into the energy of the emitted radiation in the moment of nucleons collision.
.I've already pointed this out as incorrect.
Take a Helium atom. We have two protons. Do we get the magnetic field which you describe here? The magnetic field affects the atomic spectrum, so this should be observable.

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