Search results

'''Monopoles''' – physical objects that contain the source (charge) of some field isotr ...rg/cgi/content/abstract/302/5642/92 The Anomalous Hall Effect and Magnetic Monopoles in Momentum Space]. Science 302 (5642) 92–95. doi:10.1126/science.1089408. ...

Magnetostatics is the study of [[../MolecularOrbitals/|static magnetic fields]]. In electrostatics the [[../Charge/|charges]] were stationary but ...e description of {\mathbf J} is available) then the [[../NeutrinoRestMass/|magnetic field]] can be determined from the currents by the [[../BiotSavartLaw/|Biot ...

...a hypothetical particle in [[physics]] that is a magnet with only one [[w:magnetic pole|pole]]. ...,Nuclear Physics B, Volume 261, p. 651-677. </ref> <ref> S. Coleman, ''The Magnetic Monopole 50 years Later'', reprinted in ''Aspects of Symmetry''. </ref> ...

...61 by James Clerk Maxwell, describe the interrelation between electric and magnetic fields. They were a synthesis of what was known at the time about electric | Absence of magnetic monopoles: ...

* β is the [[Physics/Essays/Fedosin/Magnetic coupling constant|magnetic coupling constant]]. ...lectron magnetic flux for the first energy level, <math> ~B </math> is the magnetic field in electron disc with flat surface area <math>~ S_B = \pi a_B^2 </mat ...

...constant |fundamental physical constant]], characterizing the strength of magnetic force interaction. The numerical value of ''β'' is the same in all [[w:Syst The standard definition of the magnetic coupling constant is: ...

\mathbf{B} = \mbox{Magnetic flux density, SI units Tesla} This law can be interpreted as a statement of the non-existence of magnetic monopoles, a fact confirmed by all experiments to date. ...

...and numerous variations using different field vectors for the electric and magnetic fields. ...'''P''', '''H''', and '''M''' must be used to account for the electric and magnetic dipole incluences throughout the media (see below for mathematical definiti ...

...The electron is reduced to a construct of [[w:magnetic monopole |magnetic monopoles]]. In more general terms the sqrt of momentum is used to reference the dime [[w:Magnetic field | Magnetic field]] :<math>\; B = \frac{m_P c}{2 e \alpha^2 l_p}\; = \frac{\pi Q^5}{16 ...

| Gauss' law for magnetism <br> (absence of [[wiki:magnetic monopole|magnetic monopole]]s): ..., the theory will also admit nontrivial solutions of changing electric and magnetic fields. Beginning with Maxwell's equations for a vacuum: ...

...meter (ampere-length = ''e*c'' are the units for a [[w:magnetic monopole | magnetic monopole]]). ...se AL magnetic monopoles would seem to be analogous to quarks (there are 3 monopoles per electron), but due to the symmetry and so stability of the geometrical ...

[[Image:Electromagnetism.svg|thumb|left|An electric current produces a magnetic field.]] In its historically original form, Ampère's Circuital law relates the magnetic field <math>\mathbf{B}</math> to its source, the current density <math>\mat ...

...s ampere-meter (ampere-length) are the units for a [[w:magnetic monopole | magnetic monopole]]). ...eters and to make the Planck units. It can also be divided into 3 magnetic monopoles <math>(AL)^3</math> and these suggest a potential 'quark' model for the ele ...

...A-m = ampere-meter are the units for a [[w:Magnetic_monopole#In_SI_units |magnetic monopole]]). ...its ALT (AL as an ampere-meter are the units for a [[w:magnetic monopole | magnetic monopole]]). ...

...bution can be described in two ways. The standard description, in terms of monopoles and normal dipoles, is applicable to the general case. A new description, i ...ic vector potential''', whose defining property is that its curl is the '''magnetic flux density''': ...